Intel dual core celeron j1800: Intel Celeron J1800 Desktop Processor

Long product name Intel Celeron J1800 processor 2.41 GHz 1 MB L2
:

The short editorial description of Intel Celeron J1800 processor 2. 41 GHz 1 MB L2

Intel® Celeron® Processor J1800
(1M Cache, up to 2.58 GHz)

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Intel Celeron J1800 processor 2.41 GHz 1 MB L2:

The official marketing text of Intel Celeron J1800 processor 2.41 GHz 1 MB L2 as supplied by the manufacturer

Intel® 64 architecture delivers 64-bit computing on server, workstation, desktop and mobile platforms when combined with supporting software. Intel 64 architecture improves performance by allowing systems to address more than 4 GB of both virtual and physical memory.

Enhanced Intel SpeedStep® Technology is an advanced means of enabling high performance while meeting the power-conservation needs of mobile systems. Conventional Intel SpeedStep® Technology switches both voltage and frequency in tandem between high and low levels in response to processor load. Enhanced Intel SpeedStep® Technology builds upon that architecture using design strategies such as Separation between Voltage and Frequency Changes, and Clock Partitioning and Recovery.

Execute Disable Bit is a hardware-based security feature that can reduce exposure to viruses and malicious-code attacks and prevent harmful software from executing and propagating on the server or network.

Short summary description Intel Celeron J1800 processor 2.41 GHz 1 MB L2:

This short summary of the Intel Celeron J1800 processor 2.41 GHz 1 MB L2 data-sheet is auto-generated and uses the product title and the first six key specs.

Intel Celeron J1800, Intel® Celeron®, BGA 1170, 22 nm, Intel, J1800, 2.41 GHz

Long summary description Intel Celeron J1800 processor 2. 41 GHz 1 MB L2:

This is an auto-generated long summary of Intel Celeron J1800 processor 2.41 GHz 1 MB L2 based on the first three specs of the first five spec groups.

Intel Celeron J1800. Processor family: Intel® Celeron®, Processor socket: BGA 1170, Processor lithography: 22 nm. Memory channels: Dual-channel, Maximum internal memory supported by processor: 8 GB, Memory types supported by processor: DDR3L-SDRAM. On-board graphics card model: Intel® HD Graphics, On-board graphics card base frequency: 688 MHz, On-board graphics card dynamic frequency (max): 792 MHz. Market segment: Desktop, Use conditions: PC/Client/Tablet, PCI Express configurations: 1×4. Processor package size: 25mm x 27mm

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Specs

Reviews

Specs

Processor

Processor manufacturer
*

Intel

Processor model
*

J1800

Processor base frequency
*

2.41 GHz

Processor family
*

Intel® Celeron®

Processor cores
*

2

Processor socket
*

BGA 1170

Component for

PC

Processor lithography
*

22 nm

Processor series

Intel Celeron Processor J1000 series for Desktop

Processor threads

2

Processor operating modes
*

64-bit

Processor boost frequency

2. 58 GHz

Processor cache

1 MB

Processor cache type

L2

Thermal Design Power (TDP)

10 W

Box
*

Cooler included
*

Stepping

B3

Processor codename

Bay Trail

Processor code

SR1SD

Processor ARK ID

78866

Memory

Maximum internal memory supported by processor

8 GB

Memory types supported by processor

DDR3L-SDRAM

Memory clock speeds supported by processor

1333 MHz

Memory channels
*

Dual-channel

ECC

Graphics

On-board graphics card
*

On-board graphics card model
*

Intel® HD Graphics

On-board graphics card base frequency

688 MHz

On-board graphics card dynamic frequency (max)

792 MHz

Number of displays supported (on-board graphics)

2

Features

Execute Disable Bit

Market segment

Desktop

Use conditions

PC/Client/Tablet

Maximum number of PCI Express lanes

4

PCI Express slots version

2. 0

PCI Express configurations

1×4

CPU configuration (max)

1

Embedded options available

Physical Address Extension (PAE)

36 bit

PCI Express CEM revision

2.0

Harmonized System (HS) code

8542310001

Export Control Classification Number (ECCN)

3A991

Commodity Classification Automated Tracking System (CCATS)

NA

Processor special features

Disable access to missing laptops
Giving users access to corporate data and application through remote laptops boosts productivity, but it can also leave IT vulnerable to hackers and misplaced laptops. Intel® Anti-Theft Technology is built into the laptop hardware, helping IT administrators outwit thieves, even when they attempt to reimage the OS, change the boot order, or install a new hard drive. When laptops with Intel® Anti-Theft Technology (Intel® AT) become lost or stolen, they can be remotely disabled. If the laptop is recovered, it can be quickly reactivated to normal operation. «>Intel® Anti-Theft Technology (Intel® AT)

Improved Performance for Threaded Software
Intel® Hyper-Threading Technology (Intel® HT Technology) makes efficient use of processor resources, enabling multiple threads to run on each core and increasing processor throughput. Available on Intel® Core™ and Intel® Xeon® processors, Intel HT Technology helps run demanding applications simultaneously, protect and manage systems, and provide headroom for business growth.»>Intel® Hyper Threading Technology (Intel® HT Technology)

Protect Your Identity and Business
Intel® Identity Protection Technology (Intel® IPT) protects enterprises from being penetrated by stolen credentials and online user account access with an added layer of hardware-based security and authentication as well as a multifactor authentication framework to manage different authentication methods.»>Intel® Identity Protection Technology (Intel® IPT)

Higher Performance When You Need It Most
Intel® Turbo Boost Technology 2. 0 accelerates processor and graphics performance by increasing the operating frequency when operating below specification limits. The maximum frequency varies depending on workload, hardware, software, and overall system configuration.»>Intel® Turbo Boost Technology

Create, Edit, and Share Video in a Flash
Intel® Quick Sync Video uses the dedicated media processing capabilities of Intel® Graphics Technology to make video encoding tasks—such as creating DVDs or Blu-ray discs, creating and editing 3D videos, converting 2D video files into 3D, and converting video for portable media players and social networking sites—faster and easier.»>Intel® Quick Sync Video Technology

Intel® InTru™ 3D Technology

Intel FDI Technology

Intel® Insider™

Added Security with Faster Data Encryption
The Intel® Advanced Encryption Standard New Instructions (Intel® AES-NI) enable fast and secure data encryption and decryption for better performance and less risk from timing and cache-based attacks than table-based software implementations. Intel AES-NI supports usages such as standard key lengths, standard modes of operation, and even some nonstandard or future variants.»>Intel® AES New Instructions (Intel® AES-NI)

Enhanced Intel SpeedStep Technology

Intel Rapid Storage Technology

Intel Stable Image Platform Program (SIPP)

Intel 64

Intel Identity Protection Technology version

0.00

Intel Small Business Advantage (SBA) version

0.00

Intel Stable Image Platform Program (SIPP) version

0.00

Simplify Virtualization and Reduce Overheads
Intel® Virtualization Technology (Intel® VT) helps make virtualization practical by eliminating performance overheads, reducing complexity, and improving security with hardware assistance. Virtualization allows multiple workloads to share a common set of resources so that a variety of workloads can co-locate while maintaining full isolation from each other.»>Intel Virtualization Technology (VT-x)

Simplify Virtualization and Reduce Overheads
Intel® Virtualization Technology (Intel® VT) helps make virtualization practical by eliminating performance overheads, reducing complexity, and improving security with hardware assistance. Virtualization allows multiple workloads to share a common set of resources so that a variety of workloads can co-locate while maintaining full isolation from each other.»>Intel Virtualization Technology for Directed I/O (VT-d)

Conflict-Free processor

Intel® Optane™ Memory Ready

Intel® vPro™ Platform Eligibility

Operational conditions

Tjunction

105 °C

Technical details

Born on date

Q4’13

Graphics max dynamic frequency

792 MHz

Launch date

Q4’13

Processor cache

1024 KB

Product name

Intel Celeron J1800 (1M Cache, up to 2.58 GHz)

Product type

System on Chip

Status

Launched

Maximum memory

8 GB

Processor brand name

Intel Celeron

Supported memory types

DDR3L-SDRAM

Last change

64826519

Product family

Intel Celeron Processor

Weight & dimensions

Processor package size

25mm x 27mm

Other features

Simplify Virtualization and Reduce Overheads
Intel® Virtualization Technology (Intel® VT) helps make virtualization practical by eliminating performance overheads, reducing complexity, and improving security with hardware assistance. Virtualization allows multiple workloads to share a common set of resources so that a variety of workloads can co-locate while maintaining full isolation from each other.»>Intel® Virtualization Technology (Intel® VT)

VT-x

Maximum internal memory

8 GB

Maximum internal memory

8192 MB

Cache memory

1 MB

Reviews

Motherboard Price in Bangladesh 2022

Motherboard Price in Bangladesh 2022 | Star Tech

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RAM Type

DDR3



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SpecialFeatures

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SLI



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MSI A320M-A Pro AMD Micro-ATX Motherboard

• Supports 1st, 2nd and 3rd Gen AMD Ryzen/ with Radeon Vega Graphics
• Supports up to 3200 (OC) MHz DDR4 RAM
• Core Boost: support more cores
• DDR4 Boost, Audio Boost

6,100৳

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MSI A520M PRO-VH AMD AM4 Micro-ATX Motherboard (China)

• Supports Ryzen 5000 & 3000 Series & Ryzen 4000 G-Series processors
• Supports DDR4, up to 4600(OC) MHz
• Core Boost and DDR4 Boost
• 2oz Thickened Copper PCB

6,700৳

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Gigabyte B450M S2H AMD AM4 Micro ATX Motherboard

• Supports Up to AMD Ryzen 5000 series Processors
• Chipset: AMD B450
• Memory: 2 x DDR4, Max. 32 GB
• 3 x PCI Express slots

6,600৳

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200৳ Discount on Online Order

200৳ Discount on Online Order

Asrock h410M-HDV 8th Gen DDR4 Motherboard

• Supports 8th Gen Processors (Socket 1151)
• Supports DDR4 2666
• 1 PCIe 3.0 x16, 1 PCIe 2.0 x1

6,800৳

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ASRock A320M-HDV R4.0 AMD Motherboard

• 2 DIMMs, Supports DDR4 3200+(OC)
• 1 PCIe 3. 0 x16, 1 PCIe 2.0 x1
• Graphics Output : HDMI, DVI-D, D-Sub
• 4 SATA3, 1 Ultra M.2 (PCIe Gen3 x4 & SATA3)

7,200৳

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Gigabyte GA-H61M-S DDR3 Micro ATX Motherboard

• Intel i7 / i5 / i3 / Pentium / Celeron processors
• Support LGA1155 Socket
• Intel H61 Express Chipset
• Integrated Graphics

7,600৳

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100৳ Discount on Online Order

Gigabyte GA-H61M-DS2 Motherboard

• Intel® H61 Express Chipset
• Supports 3rd Gen. Intel 22nm CPUs and 2nd Gen CPUs
• 2 x 1.5V DDR3 DIMM
• 1 x PCI Express x16 slot

7,600৳

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Gigabyte GA-H81M-S2PH Micro ATX Motherboard

• Supports 4th Generation Intel Core processors
• GIGABYTE UEFI DualBIOS
• All solid capacitors design
• LAN with high ESD Protection

7,850৳

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Gigabyte GA-H81M-DS2 Micro ATX Motherboard

• CPU: 4th Generation Intel Processors
• Chipset: Intel H81 Express
• 2 x 1.5V DDR3
• 3 x PCI Express slot

7,900৳

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500৳ Discount on Online Order

ASRock H81M-VG4 R4.

0 4th Gen Micro ATX Motherboard

• Supports 4th Generation Intel Core Processors (Socket 1150)
• Supports Dual Channel DDR3 1600
• 1 PCIe 2.0 x16, 1 PCIe 2.0 x1
• Graphic Output: D-Sub

8,000৳

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ASUS h210M-K Motherboard

• Chipset- Intel h210
• Intel Socket 1151 for 7th/6th Gen Core Processors
• 2 x DIMM, Max. 32GB, DDR4 2133
• 1 x PCIe 3.0/2.0 x16

8,200৳

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Asus H81M-K 4th Gen Motherboard

• Intel Socket 1150 for 4th Generation Core i7/i5/i3/Pentium/Celeron Processors
• 2 x DIMM, Max. 16GB, DDR3 Non-ECC, Un-buffered Memory
• New UEFI BIOS & USB 3.0 Boost (UASP Support)
• AI Suite 3-One-stop access to innovative ASUS features

8,300৳

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MSI PRO h510M-B 10th Gen Micro-ATX Motherboard

• Supports 10th Gen Intel Core, Pentium Gold & Celeron processors for LGA 1200 socket
• Supports DDR4 Memory, up to 2933(Max) MHz
• Core Boost, DDR4 Boost, Turbo M.2
• 4x SATA 6Gb/s ports, 1x M.2 slot

8,800৳

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GIGABYTE GA-h210M S2PV DDR4 6th Gen Motherboard

• Supports 7th / 6th Generation Intel Core Processors
• Dual Channel DDR4, 2 DIMMs
• 8-channel HD Audio with High-Quality Audio Capacitors
• GbE LAN with cFosSpeed Internet Accelerator Software

8,800৳

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Gigabyte GA-h210M S2PH-DDR4 Motherboard

• Supports 6th Generation Intel® Coreâ„¢ Processor
• Dual Channel DDR4, 2 DIMMs
• 8-channel HD Audio with High Quality Audio Capacitors
• Audio Noise Guard with LED Trace Path Lighting

8,900৳

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100৳ Discount on Online Order

MSI H510M PRO-E Intel 10th Gen and 11th Gen Mirco-ATX Motherboard

• Supports 10th Gen Core, 11th Gen Core, Pentium Gold & Celeron for LGA 1200 socket
• Supports DDR4 Memory, up to 3200(Max) MHz
• With premium layout and digital power design
• Lightning Fast Experience: PCIe 4. 0

9,500৳

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200৳ Discount on Online Order

MSI H510M-A PRO Intel 10th Gen and 11th Gen Mirco-ATX Motherboard

• Supports 10th Gen & 11th Gen Intel Core, Pentium Gold & Celeron processors
• DDR4 Memory, up to 3200(Max) MHz
• Turbo M.2: Running PCIe 4.0
• LGA 1200 socket

9,200৳

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Gigabyte B460M DS3H 10th Gen Micro ATX Motherboard

• Intel Socket LGA1200 for 10th Gen Processors
• Intel Optane Memory Ready
• High Quality Audio Capacitors
• GIGABYTE Exclusive 8118 Gaming LAN

9,300৳

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A motherboard is a printed circuit board or a PCB that creates the skeletal structure of a PC. It hosts components such as the Processor or CPU, graphics processing unit or GPU, Memory Module, or RAM, and storage. Motherboard Ensures communication between all these different components and contains some vital sub-systems such as I/O points, memory controllers, interface connectors, etc. Back in the old day’s motherboards used printed circuit boards in a card-cage and the case was connected with components by a back panel with a set of interconnected physical sockets. After the invention of the microprocessors motherboards evolved drastically. Even though CPU, memory, and peripherals were using individually printed circuit boards at that time. In the late 1980s to 90s, motherboards became a cost-effective option for a good number of peripheral because of the use of single ICs with low-speed peripherals. Motherboards were made with serial and parallel ports including audio, video, storage, and networking functions. Today most modern devices like smartphones, tablets, laptops, and desktop computers use these compact motherboards to put everything together.

Popular Motherboard Brands

Whether you have chosen an Intel or an AMD CPU for your desktop PC now it is important to choose a good motherboard from a renowned brand. It is Important because When a person builds a Custom Desktop PC for Gaming or work a Motherboard from any well-known brand will have a significant impact on your System Performance. You can choose any motherboard from popular brands like Asrock, ASUS, Gigabyte, MSI, and NZXT. All of these popular brands offer a large variety of motherboards to be used in any type of PC ranging from Basic work PC to Gaming desktops or even Hi-Performance desktop PCs.

Motherboard for Intel Processor

If you want a motherboard for your desired Intel processor then there are many options to choose from. Different Intel processors support various Sockets and chipsets. The 4th and the 5th Generation of Intel processors support LGA 1155 and LGA 1150 CPU Sockets and the H81, B85, Q85, Q87, H87, and Z87 chipsets. All the 14 nm Intel processors from the 6th Gen Skylake Processors till the 9th generation Coffe lake Refresh Processors support the LGA 1151 CPU Sockets and the h210, B150, Q150, h270, Q170, and Z170 lineup of Chipsets. All of these chipsets except the Z170s cannot be overclocked without a GPU.

The latest Intel 12th Generation of Processors supports LGA 1200 CPU sockets for the Intel 400 series of motherboards. They support the latest DDR5 Ram modules and technologies like HEVC, HDR, and VP9 10-bit encoding alongside Hi-speed USB 3.0 ports and DDR4 RAM slots.

Motherboard for AMD Processor

AMD Processors utilize a socket type called the PGA. The most common AMD Processor sockets are called the AM4 Socket, TRX4 CPU sockets, and sWRX8 Sockets. The latest AMD Processors have backward compatibility with the older AM2 and the FM2 Plus Sockets. The AM4 Socket type is compatible with most AMD Processors, entry-level Athlon APUs, and the latest Ryzen processors. The TR4X socket is used by the high-end Ryzen Threadripper CPU series. These can host high-performance multicore CPUs with larger, cache, and more PCI-E lanes making them ideal for a Gaming PC. The third type of AMD CPU socket is sWRX8, used by the Ryzen Threadripper PRO CPU series. These are ultra-powerful high-end CPUs with Energy-efficient cores, ECC RAM, and PCIe lanes.

Factors to Consider Before Choosing a Motherboard

Whether you are choosing a motherboard for an Intel or an AMD PC there are some common factors to consider. The Motherboards can be mounted on Small towers, Mid-Tower, or Full Tower casing whether it’s an ATX, Micro-ATX, Mini-ATX, or iATX board. PCIe is the component connection port used by motherboards. The newest standard is PCIe 3.0 and 4.0. with x1, x4, x8, and x16 slots. Many motherboards have advanced features like integrated WiFi. RAMs are plugged into a motherboard via a rectangular slot called the dual in-line memory module (DIMM). The number of DIMM slots commonly varies from two to eight slots. The supported capacity for RAM ranges from 2GB up to 64GB DIMMs. Motherboards support a hard disk drive (HDD) with spinning platters and solid-state drives (SSD) with NAND flash memory for storage. HDDs are available in 3.5 and 2. 5-inch sizes. Motherboards use SATA 3.0. Ports, NVM Express(NVMe) M.2 for storage. These ports have around 600MBps reading and write speeds for SATA SSDs and around 250MBps read and write for regular SATA HDDs with increased bandwidth, lower latency.

Buy From the best MotherBoard Shop in BD

Star Tech is the biggest Computer, laptop, and computing component retail and Online shop in BD. Visit our official website or any nearby Star Tech shop to build your Custom PC with your desired Motherboard at the lowest price. Our products and services are delivered in all the districts in Bangladesh. We have branches in major cities like Dhaka, Chittagong, Rangpur, Gazipur, and Khulna.

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Maximale levertijd

24 uur3 dagen5 dagen8 dagen12 dagen> 12 dagen

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Winkels

NOT

• Amazon. nl471
• Azerty480
• Max ICT B.V.527
• Megekko481
• RedShell.nl | zakelijk496
• SiComputers523

• 123-3D.nl2
• 123pc.nl7
• Aces Direct | zakelijk264
• All In One Systems29
• Alternate.nl78
• Amazon.nl Marketplace119
• Art & Craft Nederland14
• Beat-it.nl | zakelijk9
• Bol.com Plaza226
• codima38
• Computershop Arnhem28
• Conrad.nl56
• Coolblue.nl14
• Dustinhome.nl | Consumenten84
• Elektronica Voor Jou8
• Evolve Gaming49
• Feenstra ICT & Media40
• Freezing Hardware1
• Gamegear1
• Hardware-Expert27
• HardwareWebwinkel.nl272
• Informatique398
• Kiwi Electronics7
• Levix Computershop42
• MegaMobile32
• Micro-Mail Zeewolde BV222
• My Media Center185
• NoRRoD.nl27
• Opencircuit8
• Orion Computerworld49
• Paradigit46
• PC-Score Renkum BV4
• Proshop. nl372
• Redux Gaming16
• Reichelt131
• ScreenOn3
• Senetic210
• SOS Solutions1
• Storage Island1
• SWW Computer4
• Update.nl33
• Yorcom17

• Amazon.nl471
• Azerty480
• Max ICT B.V.527
• Megekko481
• RedShell.nl | zakelijk496
• SiComputers523

• 123-3D.nl2
• 123pc.nl7
• Aces Direct | zakelijk264
• All In One Systems29
• Alternate.nl78
• Amazon.nl Marketplace119
• Art & Craft Nederland14
• Beat-it.nl | zakelijk9
• Bol.com Plaza226
• codima38
• Computershop Arnhem28
• Conrad.nl56
• Coolblue.nl14
• Dustinhome.nl | Consumenten84
• Elektronica Voor Jou8
• Evolve Gaming49
• Feenstra ICT & Media40
• Freezing Hardware1
• Gamegear1
• Hardware-Expert27
• HardwareWebwinkel.nl272
• Informatique398
• Kiwi Electronics7
• Levix Computershop42
• MegaMobile32
• Micro-Mail Zeewolde BV222
• My Media Center185
• NoRRoD. nl27
• Opencircuit8
• Orion Computerworld49
• Paradigit46
• PC-Score Renkum BV4
• Proshop.nl372
• Redux Gaming16
• Reichelt131
• ScreenOn3
• Senetic210
• SOS Solutions1
• Storage Island1
• SWW Computer4
• Update.nl33
• Yorcom17

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nvt12345

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Socket

Socket

De socket is de ‘houder’ waarin je de processor plaatst en deze daarna vastzet met een hendel.

NOT

• 1151113
• 1200250
• 1700176
• AM4238
• AM522
• CPU onboard68

• 4791
• 7711
• 7757
• 9391
• 11506
• 11555
• 11566
• 13663
• 20114
• 2011-39
• 206627
• 364737
• 41898
• AM11
• AM21
• AM2+1
• AM31
• F1
• FM13
• FM26
• FM2+4
• G341
• P2
• SP324
• sTRX41
• sWRX84
• TR45

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Moederbordchipset

Moederbordchipset

De chipset bestaat uit de twee belangrijkste chips op het moederbord, de northbridge en de southbridge. Samen controleren zij de apparaten die op het moederbord zijn aangesloten. De northbridge en de southbridge kunnen als aparte chips op het moederbord zitten, maar kunnen ook geïntegreerd zijn in 1 chip.

NOT

• AMD B45045
• AMD B55075
• AMD X57049
• AMD X67020
• Intel B66056
• Intel Z69078

• (In SoC)6
• AMD 790GX1
• AMD A55 (Hudson-D2)1
• AMD A68H (Bolton-D2H)4
• AMD A75 (Hudson-D3)4
• AMD A85X (Hudson-D4)2
• AMD A32026
• AMD A52022
• AMD B3508
• AMD B6502
• AMD SR5650 1
• AMD TRX401
• AMD WRX804
• AMD X3707
• AMD X3995
• AMD X4703
• ATI CrossFire Xpress 16001
• Intel 945GT1
• Intel 3200 MCh2
• Intel 5000P1
• Intel 55202
• Intel B1501
• Intel B2501
• Intel B3604
• Intel B3659
• Intel B46019
• Intel B56044
• Intel C2241
• Intel C2261
• Intel C2325
• Intel C23619
• Intel C24210
• Intel C24621
• Intel C2522
• Intel C2562
• Intel C42211
• Intel C6021
• Intel C61210
• Intel C62125
• Intel C621A2
• Intel C62213
• Intel C6243
• Intel G332
• Intel G412
• Intel H551
• Intel H611
• Intel H771
• Intel H811
• Intel h2105
• Intel h3701
• Intel h41021
• Intel h4703
• Intel h51017
• Intel h5708
• Intel H51027
• Intel H5706
• Intel H61023
• Intel H6707
• Intel Mobile HM551
• Intel P351
• Intel P551
• Intel P553
• Intel P672
• Intel Q651
• Intel Q872
• Intel Q1703
• Intel Q2702
• Intel Q3704
• Intel Q5701
• Intel Q6702
• Intel W4807
• Intel W5803
• Intel W6802
• Intel X581
• Intel X991
• Intel X29916
• Intel Z681
• Intel Z1701
• Intel Z3903
• Intel Z49050
• Intel Z59063
• Intel Z7905
• Nvidia ION1
• Nvidia MCP551
• NVIDIA nForce 5701
• nVidia nForce 750i SLI1

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Form Factor

Form Factor

De Form Factor wordt gebruikt om de fysieke specificaties van het moederbord aan te geven, bijvoorbeeld de grootte, locatie van de gaten voor het bevestigen ervan of het aantal poorten op het achterste paneel. De Form Factor van het moederbord moet gelijk zijn aan de Form Factor van de behuizing.

NOT

• ATX (Standard)415
• EATX (Extended ATX)53
• Micro-ATX (µATX)397
• Mini-DTX1
• Mini-ITX100
• Thin Mini-ITX5

• EEB5
• Enhanced EATX (EEATX)3
• Flex-ATX4
• Mini-STX1
• Pico-ITX1
• SSI2
• SSI CEB4
• UCFF4

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Merken

NOT

• ASRock206
• ASUS238
• Gigabyte140
• MSI157
• NZXT13
• Supermicro158

• Arduino7
• Asrock Rack26
• Biostar64
• Dell2
• DFRobot3
• EVGA2
• Fujitsu1
• HP2
• Intel15
• Kontron3
• Raspberry Pi2
• Soyo1
• Zotac1

Toon resultaten

Geheugentype (moederbord)

Geheugentype (moederbord)

Welke geheugentypes worden ondersteund door het moederbord.

AND

NOT

• DDR27
• DDR346
• DDR3L (SODIMM)11
• DDR4833
• DDR4 (SODIMM)20
• DDR594

• DDR3 (SODIMM)3
• DDR3L3
• FB-DIMM1

Toon resultaten

Maximum grootte werkgeheugen

Maximum grootte werkgeheugen

Dit is de maximale geheugengrootte wat er gebruikt kan worden.

512MB4GB8GB16GB32GB64GB125GB128GB144GB192GB256GB512GB768GB1TB1,5TB1,953TB2TB3TB3,906TB t/m 512MB4GB8GB16GB32GB64GB125GB128GB144GB192GB256GB512GB768GB1TB1,5TB1,953TB2TB3TB3,906TB

Toon resultaten

Socket en CPU (6)

Dual socket

NOT

• Geen voorkeur
• Ja33

Toon resultaten

Maximaal TDP processor

Maximaal TDP processor

TDP (Thermal Design Power) is het vermogen dat het koelsysteem van een chip kan afvoeren.

0W6W8W9W10W14W15W16W20W25W30W31W35W45W55W65W80W91W95W100W105W125W140W145W150W160W165W180W205W225W240W270W280W t/m 0W6W8W9W10W14W15W16W20W25W30W31W35W45W55W65W80W91W95W100W105W125W140W145W150W160W165W180W205W225W240W270W280W

Toon resultaten

Cpu/soc

Cpu/soc

Een CPU is enkel de processor.
SoC staat voor ‘System on a Chip’ en combineert een aantal componenten op 1 chip. Een aantal van deze componenten zijn o.a. de processor, de grafische processor en de geheugencontroller. Vanwege de geringe grootte wordt deze vaak gebruikt in kleinere apparaten zoals smartphones en tablets.

NOT

• ATmega32u43
• Intel Atom C37583
• Intel Celeron J40053
• Intel Celeron J41254
• Intel Pentium N37004
• Intel Pentium Silver J50401

• AMD E1-60101
• AMD E2-61101
• AMD EPYC Embedded 31011
• AMD Epyc Embedded 32011
• AMD EPYC Embedded 32511
• ARM Cortex A53 variant2
• Broadcom BCM28351
• Intel Atom 3301
• Intel Atom C25501
• Intel Atom C25581
• Intel Atom C27503
• Intel Atom C27582
• Intel Atom C33381
• Intel Atom C35583
• Intel Atom C38584
• Intel Atom C39581
• Intel Atom E39303
• Intel Celeron J18001
• Intel Celeron J30601
• Intel Celeron J33552
• Intel Celeron J34552
• Intel Celeron J41051
• Intel Celeron N33501
• Intel Core i3-1115G41
• Intel Core i5-1145G71
• Intel Core i7-1165G71
• Intel Core i7-1185G71
• Intel Pentium D15081
• Intel Pentium N42001
• Intel Xeon D-15211
• Intel Xeon D-15281
• Intel Xeon D-15411
• Intel Xeon D-2141I1
• Intel Xeon E3-1585 v51

Toon resultaten

Aantal cores

Aantal cores

Het aantal processorkernen wat beschikbaar is. Als er meerdere processorkernen beschikbaar zijn kun je zwaardere processen draaien.

124810122864 t/m 124810122864

Toon resultaten

Klokfrequentie

Klokfrequentie

De standaard snelheid van de processor, uitgedrukt in GHz (=1000MHz).

0Hz16MHz1GHz1,1GHz1,3GHz1,35GHz1,4GHz1,5GHz1,6GHz1,9GHz2GHz2,1GHz2,2GHz2,4GHz2,41GHz2,5GHz t/m 0Hz16MHz1GHz1,1GHz1,3GHz1,35GHz1,4GHz1,5GHz1,6GHz1,9GHz2GHz2,1GHz2,2GHz2,4GHz2,41GHz2,5GHz

Toon resultaten

Maximale turboklokfrequentie

Maximale turboklokfrequentie

Wanneer de processor tijdelijk meer kracht nodig heeft, zal de frequentie automatisch verhoogd worden. Hierdoor zal de processor betere prestaties leveren.

0Hz1,8GHz2,2GHz2,3GHz2,4GHz2,48GHz2,5GHz2,58GHz2,6GHz2,7GHz2,9GHz3GHz3,1GHz3,2GHz4,4GHz4,8GHz t/m 0Hz1,8GHz2,2GHz2,3GHz2,4GHz2,48GHz2,5GHz2,58GHz2,6GHz2,7GHz2,9GHz3GHz3,1GHz3,2GHz4,4GHz4,8GHz

Toon resultaten

Form factor, bios en chipset (1)

(UEFI) Bios

AND

NOT

• Dual33
• UEFI789
• Update zonder CPU (via USB)171

Toon resultaten

Geheugen (3)

Aantal geheugenslots

Aantal geheugenslots

Hoeveel geheugenbanken zijn er beschikbaar.

1x2x4x6x8x12x16x18x24x t/m 1x2x4x6x8x12x16x18x24x

Toon resultaten

Geheugen beveiliging

AND

NOT

• ECC (in non-ECC mode)17
• Error Correcting Code351
• Registered82

Toon resultaten

Overklokprofielen

AND

NOT

• AMD EXPO7
• Intel XMP2

Toon resultaten

Opslag (14)

Aantal SATA-600

Aantal SATA-600

Het totale aantal SATA-600 poorten

1x2x3x4x5x6x7x8x9x10x11x12x13x14x16x18x t/m 1x2x3x4x5x6x7x8x9x10x11x12x13x14x16x18x

Toon resultaten

Aantal M.2 (PCI-e 3.0 x4)

Aantal M.2 (PCI-e 3.0 x4)

Het totale aantal M.2 (PCI-e 3.0 x4) slots

1x2x3x4x t/m 1x2x3x4x

Toon resultaten

Aantal M.2 (PCI-e 4.0 x2)

Aantal M.2 (PCI-e 4.0 x2)

Het totale aantal M.2 (PCI-e 4.0 x2) slots

1x2x3x t/m 1x2x3x

Toon resultaten

Aantal M.2 (PCI-e 4.0 x4)

Het totale aantal M.2 (PCI-e 4.0 x4) slots

1x2x3x4x t/m 1x2x3x4x

Toon resultaten

Aantal M.2 (PCI-e 5.0 x4)

1x2x3x4x t/m 1x2x3x4x

Toon resultaten

Aantal M.2 (S600/Pcie3.0x2)

Aantal M.2 (S600/Pcie3.0x2)

Het totale aantal M.2 (S600/Pcie3.0x2) slots

1x2x t/m 1x2x

Toon resultaten

Aantal M.2 (S600/Pcie3.0x4)

Het totale aantal M.2 (S600/Pcie3.0x4) slots

1x2x3x t/m 1x2x3x

Toon resultaten

Aantal M.2 (S600/Pcie4.0x4)

Aantal M.2 (S600/Pcie4.0x4)

Het aantal Aantal M.2 (S600/Pcie4.0x4) slots

1x2x3x t/m 1x2x3x

Toon resultaten

Totaal aantal M.2

1x2x3x4x5x6x t/m 1x2x3x4x5x6x

Toon resultaten

Aantal M.2 (SATA-600)

Het totale aantal M.2 (SATA-600) slots

1x2x t/m 1x2x

Toon resultaten

Aantal U.2 (Gen2, 20Gb/s)

Aantal U.2 (Gen2, 20Gb/s)

Het totale aantal U.2 (Gen2, 20Gb/s) poorten

1x2x t/m 1x2x

Toon resultaten

Aantal U.2 (Gen3, 32Gb/s)

Aantal U.2 (Gen3, 32Gb/s)

Het totale aantal U.2 (Gen3, 32Gb/s) poorten

1x2x3x4x t/m 1x2x3x4x

Toon resultaten

Raid-modi

Raid-modi

RAID (Redundant Array of Independent Disks) is het aan elkaar koppelen van meerdere harde schijven tot een groep van schijven (disk array). Door deze combinatie van schijven kan een systeem sneller en/of data-veiliger werken dan een enkele schijf.

AND

NOT

• 0710
• 0+18
• 1702
• 5440
• 10697
• JBOD11

• 1E15
• 5+01
• 64
• 502
• 602

Toon resultaten

Uitbreidingsslots (3)

Uitbreidingsslots

AND

NOT

• M.2106
• PCI-e 3.0 x1472
• PCI-e 3.0 x16642
• PCI-e 4.0 x136
• PCI-e 4.0 x16408
• PCI-e 5.0 x16121

• mini-PCIe 2.0 x15
• mini-PCI Express10
• PCI55
• PCI-e 2.0 x1135
• PCI-e 2.0 x416
• PCI-e 2.0 x812
• PCI-e 2.0 x1670
• PCI-e 3.0 x491
• PCI-e 3.0 x887
• PCI-e 4.0 x413
• PCI-e 4.0 x814
• PCI-e 5. 0 x41
• PCI-e 5.0 x83
• PCI-e x110
• PCI-e x410
• PCI-e x86
• PCI-e x1612
• PCI-X3
• PCI 2.21
• PCI 2.31
• PCI 32-bit, 33MHz10
• PCI 32-bit, 66MHz1
• PCI 64-bit, 33MHz1

Toon resultaten

Totaal PCI-e x16

1x2x3x4x5x6x7x t/m 1x2x3x4x5x6x7x

Toon resultaten

Link Interface

Link Interface

Met de link interface kan je twee of meer videokaarten laten samenwerken om één uitvoer te produceren. Het doel is om de rekensnelheid van videokaarten te verhogen.

AND

NOT

• AMD Crossfire313
• Nvidia NVLink (SLI)87

Toon resultaten

Netwerk (4)

Ethernet (RJ45)

Ethernet (RJ45)

Wat is de snelheid van de data-overdracht via ethernet uitgedrukt in Mbps. Voor 10G ethernet zijn 4 opties, afhankelijk of deze compatibel is met 5G, 2,5G en/of 100M.

AND

NOT

• Ethernet 1Gbps659
• Ethernet 2.5Gbps359
• Ethernet 5Gbps8
• Ethernet 10G/1G77
• Ethernet 10G/5G/2.5G/1G2
• Ethernet 10G/5G/2.5G/1G/100M7
• Ethernet 100Mbps17

Toon resultaten

Aantal ethernet-verbindingen

0x1x2x3x4x5x6x8x t/m 0x1x2x3x4x5x6x8x

Toon resultaten

SFP/XFP-poorten

AND

NOT

• SFP+4
• SFP281

Toon resultaten

Netwerkcontroller(s)

AND

NOT

• Intel (variant)77
• Intel I225-V84
• Realtek (variant)89
• Realtek RTL8111h247
• Realtek RTL8125B64
• Realtek RTL8125BG61

• Broadcom BCM57212
• Broadcom BCM574141
• Broadcom BCM574167
• Broadcom BCM 57810S1
• Intel 825661
• Intel 82574L1
• Intel 825761
• Intel 82579V1
• Intel 825992
• Intel I21052
• Intel I210AT94
• Intel I210IT2
• Intel I2111
• Intel I211AT34
• Intel I211V1
• Intel I217LM3
• Intel I2192
• Intel I219LM48
• Intel I219V132
• Intel I225-LM10
• Intel I3505
• Intel I350-AM29
• Intel I350-AM48
• Intel I3545
• Intel X5401
• Intel X5503
• Intel X550-AT214
• Intel X55712
• Intel X7102
• Intel X710-AT22
• Intel X72213
• Killer E24003
• Killer E25002
• Killer E3100G11
• Killer E3100X1
• Marvell 88E15126
• Marvell 88E15432
• Marvell AQtion (variant)6
• Marvell AQtion AQC10712
• Marvell AQtion AQC1085
• Marvell AQtion AQC111C2
• Marvell AQtion AQC113C6
• Marvell AQtion AQC113CS3
• Realtek L8200A3
• Realtek RTL8103E(L)1
• Realtek RTL8111B2
• Realtek RTL8111DL2
• Realtek RTL8111E10
• Realtek RTL8111EPV1
• Realtek RTL8111F1
• Realtek RTL8111G5
• Realtek RTL8111GR18
• Realtek RTL8111H-CG1
• Realtek RTL8111HN2
• Realtek RTL81171
• Realtek RTL8118AS8
• Realtek RTL81251
• Realtek RTL8125-CG5
• Realtek RTL8125AG3
• Realtek RTL8201N1
• Realtek RTL8211E12

Toon resultaten

Wifi en bluetooth (3)

Verbinding (wlan)

Verbinding (wlan)

Wireless Local Area Network (WLAN) is een draadloze en lokale netwerkverbinding. Wordt in de volksmond ook wel WiFi genoemd

AND

NOT

• 802.11a265
• 802.11ac (Wi-Fi 5)268
• 802.11ax (Wi-Fi 6)234
• 802.11ax (Wi-Fi 6E)104
• 802.11b270
• 802.11g270
• 802.11n (Wi-Fi 4)269

Toon resultaten

Bluetooth

Bluetooth

Bluetooth is een open standaard voor draadloze verbindingen tussen apparaten op korte afstand. Een nieuwere versie heeft een hogere datasnelheid en een lager stroomverbruik.

NOT

• Bluetooth (versie onbekend)2
• Bluetooth 4.221
• Bluetooth 5.039
• Bluetooth 5.159
• Bluetooth 5.2135
• Bluetooth 5.38

• Bluetooth 4.03
• Bluetooth 4.11

Toon resultaten

Wifi-controller

NOT

• AMD RZ616 (MT7922A22M)3
• Intel Dual Band Wireless-AC 31681
• Intel Wi-Fi 6 AX20021
• Intel Wi-Fi 6 AX20114
• Intel Wi-Fi 6E AX21036
• Intel Wi-Fi 6E AX4111

• Intel Dual Band Wireless-AC 94622
• Intel Wi-Fi 6E AX2112
• Killer Wireless-AX 1650×1
• Killer Wireless-AX 1675×2
• MediaTek MT7921K2
• Realtek RTL8821CE1

Toon resultaten

Aansluitingen (6)

USB/TB intern

AND

NOT

• Thunderbolt 3 of 4 header84
• USB 2. 0 header346
• USB 3.2 (Gen1, 5Gb/s) header348
• USB 3.2 (Gen1, 5Gb/s) type-c44
• USB 3.2 (Gen2, 10Gb/s) header58
• USB 3.2 (Gen2, 10Gb/s) type-c55

• Thunderbolt 4 header22
• USB 2.0 type-A11
• USB 3.2 (Gen1, 5Gb/s) type-A10
• USB 3.2 (Gen2, 10Gb/s) type-A3
• USB 3.2 (Gen2x2, 20Gb/s) header33
• USB 3.2 (Gen2x2, 20Gb/s) type-c25

Toon resultaten

USB/TB extern

AND

NOT

• USB 2.0 type-A293
• USB 3.2 (Gen1, 5Gb/s) type-A307
• USB 3.2 (Gen1, 5Gb/s) type-c25
• USB 3.2 (Gen2, 10Gb/s) type-A248
• USB 3.2 (Gen2, 10Gb/s) type-c122
• USB 3.2 (Gen2x2, 20Gb/s) type-c107

• Thunderbolt 3 type-c10
• Thunderbolt 4 type-c28
• USB 2.0 micro1
• USB 2.0 type-c4
• USB 4 (Gen 2×2) type-c4

Toon resultaten

Video uit

AND

NOT

• DisplayPort431
• DVI-D211
• HDMI741
• Thunderbolt 420
• USB type-C17
• VGA (D-Sub)463

• Composite1
• DVI-A1
• DVI-I13
• HDMI mini1
• S-Video1
• Thunderbolt 38

Toon resultaten

Hoogste HDMI versie

NOT

• HDMI 1. 4147
• HDMI 2.089
• HDMI 2.0a2
• HDMI 2.0b41
• HDMI 2.1210

Toon resultaten

Hoogste DisplayPort versie

NOT

• DisplayPort 1.2102
• DisplayPort 1.33
• DisplayPort 1.4236

Toon resultaten

Overige aansluitingen

AND

NOT

• IPMI57
• LVDS3
• Parallel9
• PS/2498
• Serieel (9-pins)143
• Serieel (header)32
• TPM header482

Toon resultaten

Overige eigenschappen (4)

Voedingsconnector (niet ATX)

NOT

• Geen voorkeur
• ATX12VO1
• DC-plug18

Toon resultaten

Onboard knoppen

AND

NOT

• Clear CMOS62
• Power37
• Reset56

Toon resultaten

Foutdiagnose

AND

NOT

• Diagnose-leds125
• HEX-display32
• LCD/OLED-display3
• Nee3
• Piepjes28

Toon resultaten

Geïntegreerd I/O-shield

NOT

• Geen voorkeur
• Ja142
• Nee114

Toon resultaten

Audio (3)

Audio kanalen

NOT

• 24
• 6 (5. 1)23
• 8 (7.1)790
• 10 (8+2)1

Toon resultaten

Audio-aansluitingen

AND

NOT

• Analoog (uitgang)777
• Digitaal Coax (S/PDIF)8
• Digitaal Optisch (S/PDIF)348
• Microfoon (ingang)281

Toon resultaten

Audiochip

NOT

• Realtek ALC887138
• Realtek ALC897113
• Realtek ALC120059
• Realtek ALC1220-VB39
• Realtek ALC408060
• Realtek ALC S1220A36

• ESS ES9280AC + 2x ES90801
• Realtek ALC2552
• Realtek ALC2621
• Realtek ALC6627
• Realtek ALC6711
• Realtek ALC887 / ALC89728
• Realtek ALC887-VD22
• Realtek ALC8883
• Realtek ALC888S32
• Realtek ALC888S-VD24
• Realtek ALC8892
• Realtek ALC89261
• Realtek ALC892 / ALC8978
• Realtek ALC115010
• Realtek ALC122076
• Realtek ALC1220A4
• Realtek ALC1220P4
• Realtek ALC32341
• Realtek ALC4050H+ALC12201
• Realtek ALC40826
• Realtek ALC4082 + ESS ES9218PQ2
• Realtek ALC4082 + ESS SABRE9018Q2C5
• Realtek ALC S1200A14
• Realtek ALC S12203
• SupremeFX12
• Tempo Semiconductor 92HD91B2

Toon resultaten

Vrm (6)

Vrm-controller

Vrm-controller

De chip die de stroomvoorziening aanstuurt.

NOT

• ASP1106GGQW15
• ASP1405I4
• IR352018
• NCP815306
• RAA22900414
• RAA22913112

• ASP1400CTB1
• ASP1900B2
• ASP21007
• ISL691472
• ISL692695
• ISL957123
• RAA2291302
• RT3609BE5
• RT3624QE1
• RT3628AE5
• RT8894A3
• RT8894J1
• UP9505P1
• UP9505S4
• XDPE132G5C1

Toon resultaten

Type stroomvoorziening

Type stroomvoorziening

Geeft aan of een moederbord losse high- en lowside-mosfets of powerstages gebruikt. Een powerstage bevat doorgaans beide mosfets en het driver-ic, en is gebruikelijk in allesbehalve het instapsegment.

NOT

• Geen voorkeur
• Losse mosfets45
• Powerstages172

Toon resultaten

VCore-powerstages

VCore-powerstages

De rating van de powerstage die wordt toegepast voor de VCore, de rail die verantwoordelijk is voor het overgrote merendeel van de stroomtoevoer naar de cpu. Andere rails (igpu, soc, geheugen) gebruiken vaak andere componenten, maar vallen wat belasting betreft in het niet. Deze wordt dus niet ingevuld als het moederbord losse mosfets heeft, vaak in het budget segment.

40A46A50A55A56A60A70A75A80A90A105A110A t/m 40A46A50A55A56A60A70A75A80A90A105A110A

Toon resultaten

Aantal VCore-powerstages

Aantal VCore-powerstages

Het aantal powerstages binnen de VCore-vrm, niet noodzakelijkerwijs het aantal fasen overigens. Moederbordfabrikanten spreken vaak van een ’16+1+1′-configuratie, het aantal VCore-powerstages is daarin het eerste getal. Deze wordt dus niet ingevuld als het moederbord losse mosfets heeft, vaak in het budget segment.

4x5x6x7x8x9x10x12x14x15x16x18x19x20x22x24x t/m 4x5x6x7x8x9x10x12x14x15x16x18x19x20x22x24x

Toon resultaten

Rating VCore-vrm

Rating VCore-vrm

Een vermenigvuldiging van de voorgaande twee specs. Deze totale rating geeft in een oogopslag een indruk hoe sterk de vrm is, mits het bord gebruikmaakt van powerstages. Voor budgetmoederborden met losse mosfets vullen we deze drie specificaties niet in. Dat zou technisch niet correct zijn en bovendien wil je losse mosfets toch al vermijden als je op zoek bent naar een goede vrm.

200A250A300A336A368A400A420A480A500A540A560A600A700A720A770A840A880A960A980A1.050A1.080A1.120A1.200A1.260A1.280A1.350A1.440A1.620A1.680A1.760A1.800A1.890A1.980A1.995A2.100A2.520A t/m 200A250A300A336A368A400A420A480A500A540A560A600A700A720A770A840A880A960A980A1.050A1.080A1.120A1.200A1.260A1.280A1.350A1.440A1.620A1.680A1.760A1.800A1.890A1.980A1.995A2.100A2.520A

Toon resultaten

Vrm-koeling

Vrm-koeling

Geeft aan of de vrm actief (met ventilator), passief (heatsinks) wordt gekoeld, met waterkoeling of helemaal niet van koeling is voorzien.

AND

NOT

• Actief20
• Geen67
• Passief (heatsink)224
• Waterkoeling7

Toon resultaten

RGB (3)

LED verlichting

NOT

• Geen voorkeur
• Ja255
• Nee788

Toon resultaten

LED kleur

AND

NOT

• Blauw2
• Geel2
• Multi-color242
• Oranje6
• Rood2
• Wit1

Toon resultaten

RGB-headers

AND

NOT

• 3-pins (ARGB)239
• 4-pins (RGB)262

Toon resultaten

Fans (1)

Totaal 4-pin (fan) headers

1x2x3x4x5x6x7x8x9x10x12x16x t/m 1x2x3x4x5x6x7x8x9x10x12x16x

Toon resultaten

Overige (3)

Verkrijgbaar sinds

Vanaf

Toon resultaten

Series

• AERO2
• AORUS56
• Pro6
• ROG19
• ROG Strix39
• TUF Gaming37

• AMD A551
• AMD A751
• Desktop Board1
• Edison1
• Fatal1ty6
• NUC 8 Rugged1
• NUC 11 Pro1
• ProArt4
• Republic Of Gamers1
• Server Board1
• TUF2
• Workstation Board1
• Z230 SFF Workstation1

Toon resultaten

Getest vanaf

Vanaf

Toon resultaten

full review, specs and reviews

Intel Celeron J1800 dual-core processor has the following specifications: L1 cache is 112 KB, frequency is 2. 41 GHz, and TDP is rated at 10 watts. The process parameter of this model is 22 nm. The code name for the presented configuration is Bay Trail-D. The integrated graphics figure is 792 MHz. This processor was announced on 11/01/2013.

What functions are there?

This CPU has quite a lot of intelligent memory. Due to this, there are no performance problems with this model, so the Intel Celeron J1800 has good reviews from buyers. The architecture in this case is used by RR. For core compatibility, it fits well.

According to experts, data exchange is fast. It is also important to mention the availability of cache memory. If you believe the opinion of experts, then the IM bus subsystem has a clock frequency of 5 MHz. The CB system is responsible for the exchange of information with the controller. The direct connection to the device occurs through a point that is assigned to the CPU. All information is processed on the system board. Basic commands for this CPU are provided. The interface for adjusting the controller parameters is «Quick Pat».

Processor performance

The Intel Celeron J1800 (2.41 GHz) processor can run up to four threads simultaneously. To perform basic tasks, the system provides a set of instructions. The «Turbo» function in the central processor is supported. The speed of computing cycles, if necessary, can be adjusted. In this case, the calculated frequency is set through the TPT system. The base thermal power is 84 watts. When all cores are loaded, the «Turbo» function is activated by default.

Memory module specifications

The maximum single-channel memory is 32 GB. DDR extension directly by the system is supported. The clock frequency in this case is at around 2.2 GHz. Dual-channel CPU memory is supported at high speed. The system is capable of handling two channels at most. Flex memory can be read by the CPU.

It is also important to note that data reading is quite fast due to the high bandwidth parameter. If you believe the opinion of experts, then working with applications is quite comfortable. The speed of saving data is affected by the EU system. In this case, it is available with an error correction code. The maximum system throughput reaches 25.2 GB per second. This indicator is extremely important for saving data.

Graphics subsystem specifications

The integrated graphics subsystem of the Intel Celeron Dual Core J1800 processor is provided with a frequency of 792 MHz. In this case, rendering is provided quite high. NS-graphics is supported by the system. The «Speaker» function ensures reliable communication between the CPU and connected devices. The graphics subsystem at 1.2 MHz is provided for the model. To increase the availability of memory, it is ideal. Also, this subsystem allows you to define various interfaces. The screen resolution is maintained at the maximum. The 14 MHz graphics subsystem is not available to this CPU. In this case, the maximum resolution is 4096 x 2304 pixels. The clock frequency is 23 Hz.

Presence of DirectX

When reviewing the Intel Celeron J1800, it is important to mention the DirectX system. In this case, it is supported by the 11.1 series. All basic instructions for application software are provided in Direct. If you believe the reviews of experts, then it is ideal for processing multimedia files. Also, the system «Direct» is indispensable in the calculation of complex computational problems. To work with the language «Liberi» there is «Open Graph». The presented technology is also designed to solve problems in the field of application platforms. It is capable of interacting with the software interface. The technology is used to display two-dimensional graphics.

«Open Graph» also allows you to solve a number of issues related to the support of cross-platform systems. However, vector graphics are not reproduced with it. To do this, there is a system «Quick Video». Also, this technology is designed to improve the quality of file conversion. However, it does not affect the placement of data on the Web. It is also not involved in video editing. However, she takes an active part in the creation of new multimedia projects.

Video technologies

This Intel Celeron J1800 (2.41 GHz) CPU has Intru technology, which is good news. If you believe the opinion of experts, then it is very helpful in working with stereoscopic data. The system also allows you to easily create new video files of various extensions. However, only 1080p is supported by the system. Intru technology does not take part in improving the sound quality. For this, a new program is provided — «Insider».

It works with HD data. Transferring various content with it is quite simple. At the same time, interaction with the ultrabook is good. This central processor also has Vireles technology, which is responsible for wireless communications. It is used primarily for transferring photographs. At the same time, films can also be sent with its help. However, it does not participate in the transfer of websites.

The interface she uses is «Flex», which today is considered to be innovative. This is primarily due to the fact that it allows you to work with independent images. Also, the «Flex» interface is capable of providing information via two channels. If you believe the reviews of experts, then the graphics system in this case is fully involved.

Clear system

The Clear system is primarily aimed at improving image quality. Video files cannot be transferred using it. It is also important to note that it is not able to work on the PC platform. In coding, the Clear video system plays an important role. She also takes part in data processing. The integrated graphics subsystem «Clear» uses in full. Directly graphics with its help becomes clearer and brighter. At the same time, the realism in the images is also felt.

Advanced technologies

The technologies available in the Intel Celeron J1800 processor help you solve a variety of tasks. If we talk about reducing the power consumption of the device, it is important to mention the Turbo Boost system. In this processor, it is available in the 2.0 series. If you believe the opinion of experts, then it is ideal for overclocking the CPU. Also «Trubo Boost» was created to increase the processor frequency parameter. In this case, both nominal and maximum values ​​of the system increase. At the same time, the program does not increase the temperature of the processor.

In order to ensure the safety of work, the «Pro» technology is provided. It is a large set of tools. They are designed to protect absolutely all information contained on the software equipment. Thus, the user is able to manage threats. In particular, point protection is provided for websites. Additionally, the «Pro» technology is designed to protect the user’s personal information.

Hyper technology

The Intel Celeron J1800 processor has a very useful technology called «Hyper». With its help, the system is able to process more than two threads at a time quite quickly. In this case, all CPU cores are involved. Data encoding work is greatly accelerated. However, it does not affect the power consumption of the system at all.

The TX system, which is aimed at supporting virtualization, deserves special attention for the Intel Celeron J1800 central processor. More specifically, it is responsible for receiving and outputting data. The Itanium function is supported by the processor. However, data entry is carried out only on the basis of the A-32 architecture. To increase the security of the system, this technology can be used. It also affects the performance of devices that run in a virtual environment.

Tables system

The Tables system deserves special attention in the Intel Celeron J1800 processor. Also, some people know it as «Second Address» technology. Its essence is to speed up applications. In this case, we are talking only about virtualized programs. Directly, the system memory is fully utilized. As a result, the security of the device is increased quite a lot. Another advantage of «Second Address» is considered to be the reduction of energy consumption.

What expansion options are there

A special edition called «Express» works with the extensions of the personal computer. It is able to interact with the serial bus. It is also important to note that «Express» allows you to solve many problems associated with connecting hardware devices. The edition has various configurations. They represent a set of channels. Some of them are designed to improve the quality of data transmission. The rest are for signaling purposes only. If we consider revision 1.16, then it plays a big role in receiving data. The base module is not used by the processor.

Customer Reviews

Intel Celeron J1800 Processor Customer reviews deserve good. Modern games, this model is able to easily «pull» at medium settings. In this case, the smoothing parameter can be safely set to the maximum.

If we talk about the game «Tifus» in 2015, then at medium settings it produces about 32 frames per second. For comfortable gameplay, this is quite enough. However, please note that this CPU was tested at a screen resolution of 1920 x 1080 pixels.

IT-Blok Nettop J1800 R1

chipset

Processor

Intel Celeron J1800 is an energy saving chip for ultra-compact desktop PCs. Its dual-core Atom processor is based on the Bay Trail-D architecture and runs at 2.41 to 2.58 («Burst») GHz. Thanks to the optimized 22nm manufacturing process (P1271) using 3D transistors, performance and power consumption have improved significantly compared to previous generations.
The new Silvermont architecture is the first in Atom processors based on out-of-order execution. Increased pipeline usage and other improvements (optimized branch predictor, larger buffers, and upgraded decoders) have increased performance per clock by about 50 percent. At the same time, support for Hyper-Threading technology, which was present in the previous generation of Atom, was removed, but support for the new SSE 4.1 and 4.2 instruction sets was added, and in some models, AES.
Improved performance per clock provides a significant performance boost over previous generations of Atom processors such as the D2560. Celeron J1800 is on a par with AMD A6-5345 («Richland») — this performance is quite enough for working with office applications or a browser, but not for games or complex tasks like 3D modeling.

Video card

The HD Graphics (Bay Trail) is based on the same architecture as used in graphics cards built into Ivy Bridge processors (eg HD Graphics 4000). But in this case, it is equipped with a very small number of actuators (only 4) and operates at low frequencies (688-792 MHz). Performance is thus even lower than HD Graphics (Ivy Bridge). Only old and undemanding games will run at an acceptable speed.

Motherboard

MiniITX Celeron J1800
The ideal platform for a compact and quiet computer
The Intel Bay Trail-D processor opens up new possibilities for creating mobile Internet devices and low-cost Internet-oriented desktop PCs. This motherboard is equipped with an integrated Intel Celeron J1800 dual-core processor with integrated Intel HD Graphics, which combines high processing power with low power consumption. The graphics core complies with the DirectX 11. 9 standard0003

Additional cooling

Presented by a balanced cooling system — Intel BOX , which comes with the processor.

RAM

This system unit has a DDR3 4 GB 1600 MHz RAM module.
Memory modules automatically detect the platform and overclock themselves to the maximum available frequency, so even beginners can improve their gaming results. The memory modules have been fully tested and are ready to work in LAN networks.
Drive

Drive

Installed 120 GB SSD drive (Form factor 2.5). This series drive is an ideal solution for everyday tasks such as web browsing, creating documents, viewing and editing multimedia files, playing computer games, etc. The solid state drive is built for the best performance, delivering maximum read speeds of up to 540MB/s and write speeds of up to 520MB/s for lightning-fast file access, fast loading of large media files. Low power consumption will increase the operating time, and the absence of rotating parts ensures zero noise.
Solid state drives are widely used in personal computers, especially when the maximum performance of the storage subsystem is required. Whether you’re using it as a professional workstation or as an enthusiast or gamer’s home system unit, an SSD delivers faster performance than the very best hard drives. An SSD is engineered for superior performance, delivering maximum speed for lightning-fast file access, fast loading of large multimedia files.
Also, the disk has amazing reliability. Thanks to the increased (compared to the previous generation of devices) write and read speeds, the device allows you to improve system performance. The device is equipped with a special data protection function, which ensures a decent level of security.

Case

Stylish and practical computer case DTS E-3015 mini-ITX with 120W power supply, internal DC-DC board (LR1007), with external AC adapter 12V/5A AC is a good choice for building any computer — both office and home. The kit includes legs for vertical installation of the case. Also, it is possible to place this mini case on the back wall of your monitor using a special VESA L-01 mount.

Power supply

The chassis comes with a 120W power supply.

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Intel celeron j1800 processor reviews

The Intel Celeron J1800 dual-core processor has the following characteristics: L1 cache is 112 KB, the frequency is 2.41 GHz, and the TDP is rated at 10 watts. The process parameter of this model is 22 nm. The code name for the presented configuration is Bay Trail-D. Integrated graphics score is 792 MHz. This processor was announced on 11/01/2013.

What functions are there?

This CPU has quite a lot of intelligent memory. Due to this, there are no performance problems with this model, so the Intel Celeron J1800 has good reviews from buyers. The architecture in this case is used by RR. For core compatibility, it fits well.

According to experts, data exchange is fast. It is also important to mention the availability of cache memory. If you believe the opinion of experts, then the IM bus subsystem has a clock frequency of 5 MHz. The CB system is responsible for the exchange of information with the controller. The direct connection to the device occurs through a point that is assigned to the CPU. All information is processed on the system board. Basic commands for this CPU are provided. The interface for adjusting the controller parameters is «Quick Pat».

Processor performance

The Intel Celeron J1800 (2.41 GHz) processor can run up to four threads simultaneously. To perform basic tasks, the system provides a set of instructions. The «Turbo» function in the central processor is supported. The speed of computing cycles, if necessary, can be adjusted. In this case, the calculated frequency is set through the TPT system. The base thermal power is 84 watts. When all cores are loaded, the «Turbo» function is activated by default.

Memory module specifications

The maximum single-channel memory is 32 GB. DDR extension directly by the system is supported. The clock frequency in this case is at around 2.2 GHz. Dual-channel CPU memory is supported at high speed. The system is capable of handling two channels at most. Flex memory can be read by the CPU.

It is also important to note that data reading is quite fast due to the high bandwidth parameter. If you believe the opinion of experts, then working with applications is quite comfortable. The speed of saving data is affected by the EU system. In this case, it is available with an error correction code. The maximum system throughput reaches 25.2 GB per second. This indicator is extremely important for saving data.

Graphics subsystem specifications

The integrated graphics subsystem of the Intel Celeron Dual Core J1800 processor is provided with a frequency of 792 MHz. In this case, rendering is provided quite high. NS-graphics is supported by the system. The «Speaker» function ensures reliable communication between the CPU and connected devices. The graphics subsystem at 1.2 MHz is provided for the model. To increase the availability of memory, it is ideal. Also, this subsystem allows you to define various interfaces. The screen resolution is maintained at the maximum. The 14 MHz graphics subsystem is not available to this CPU. In this case, the maximum resolution is 4096 x 2304 pixels. The clock frequency is 23 Hz.

Presence of DirectX

When reviewing the Intel Celeron J1800, it is important to mention the DirectX system. In this case, it is supported by the 11.1 series. All basic instructions for application software are provided in Direct. If you believe the reviews of experts, then it is ideal for processing multimedia files. Also, the system «Direct» is indispensable in the calculation of complex computational problems. To work with the language «Liberi» there is «Open Graph». The presented technology is also designed to solve problems in the field of application platforms. It is capable of interacting with the software interface. The technology is used to display two-dimensional graphics.

«Open Graph» also allows you to solve a number of issues related to the support of cross-platform systems. However, vector graphics are not reproduced with it. To do this, there is a system «Quick Video». Also, this technology is designed to improve the quality of file conversion. However, it does not affect the placement of data on the Web. It is also not involved in video editing. However, she takes an active part in the creation of new multimedia projects.

Video technologies

This Intel Celeron J1800 (2.41 GHz) CPU has Intru technology, which is good news. If you believe the opinion of experts, then it is very helpful in working with stereoscopic data. The system also allows you to easily create new video files of various extensions. However, only 1080p is supported by the system. Intru technology does not take part in improving the sound quality. For this, a new program is provided — «Insider».

It works with HD data. Transferring various content with it is quite simple. At the same time, interaction with the ultrabook is good. This central processor also has Vireles technology, which is responsible for wireless communications. It is used primarily for transferring photographs. At the same time, films can also be sent with its help. However, it does not participate in the transfer of websites.

The interface she uses is «Flex», which today is considered to be innovative. This is primarily due to the fact that it allows you to work with independent images. Also, the «Flex» interface is capable of providing information via two channels. If you believe the reviews of experts, then the graphics system in this case is fully involved.

Clear system

The Clear system is primarily aimed at improving image quality. Video files cannot be transferred using it. It is also important to note that it is not able to work on the PC platform. In coding, the Clear video system plays an important role. She also takes part in data processing. The integrated graphics subsystem «Clear» uses in full. Directly graphics with its help becomes clearer and brighter. At the same time, the realism in the images is also felt.

Advanced technologies

The technologies available in the Intel Celeron J1800 processor help you solve a variety of tasks. If we talk about reducing the power consumption of the device, it is important to mention the Turbo Boost system. In this processor, it is available in the 2.0 series. If you believe the opinion of experts, then it is ideal for overclocking the CPU. Also «Trubo Boost» was created to increase the processor frequency parameter. In this case, both nominal and maximum values ​​of the system increase. At the same time, the program does not increase the temperature of the processor.

In order to ensure the safety of work, the «Pro» technology is provided. It is a large set of tools. They are designed to protect absolutely all information contained on the software equipment. Thus, the user is able to manage threats. In particular, point protection is provided for websites. Additionally, the «Pro» technology is designed to protect the user’s personal information.

Hyper technology

The Intel Celeron J1800 processor has a very useful technology called «Hyper». With its help, the system is able to process more than two threads at a time quite quickly. In this case, all CPU cores are involved. Data encoding work is greatly accelerated. However, it does not affect the power consumption of the system at all.

The TX system, which is aimed at supporting virtualization, deserves special attention for the Intel Celeron J1800 central processor. More specifically, it is responsible for receiving and outputting data. The Itanium function is supported by the processor. However, data entry is carried out only on the basis of the A-32 architecture. To increase the security of the system, this technology can be used. It also affects the performance of devices that run in a virtual environment.

Tables system

The Tables system deserves special attention in the Intel Celeron J1800 processor. Also, some people know it as «Second Address» technology. Its essence is to speed up applications. In this case, we are talking only about virtualized programs. Directly, the system memory is fully utilized. As a result, the security of the device is increased quite a lot. Another advantage of «Second Address» is considered to be the reduction of energy consumption.

What expansion options are available?

A special edition called «Express» works with PC extensions. It is able to interact with the serial bus. It is also important to note that «Express» allows you to solve many problems associated with connecting hardware devices. The edition has various configurations. They represent a set of channels. Some of them are designed to improve the quality of data transmission. The rest are for signaling purposes only. If we consider revision 1.16, then it plays a big role in receiving data. The base module is not used by the processor.

Customer Reviews

Intel Celeron J1800 Processor Customer reviews deserve good. Modern games, this model is able to easily «pull» at medium settings. In this case, the smoothing parameter can be safely set to the maximum.

If we talk about the game «Tifus» in 2015, then at medium settings it produces about 32 frames per second. For comfortable gameplay, this is quite enough. However, please note that this CPU was tested at a screen resolution of 1920 x 1080 pixels.

Year after year, processors appear on the market that become legendary and are remembered by many. Some fit perfectly in a home system, others work better on a server station. One way or another, companies are trying to flood the market with their models so that under their brand it is possible to choose a model for themselves. To get to know the Intel Celeron J1800, we have to look at a whole family of chips that emerged at the end of 2013.

New generation

Often, considering the model being reviewed, they write about the Bay Trail on the Internet. Many believe that this is the code name of a certain platform, someone refers this term to motherboards. In general, there are many options. In fact, at the end of 2013, Intel decided to immediately present the buyer with a new generation of processors, or rather, SoCs.

It’s worth explaining right away: SoC is a system on a chip. In order not to go into details and technical terms, this is a circuit that performs the function of a device, but is placed on one plate.

So, the company decides to release a whole generation of such Atom circuits, both for mobile devices, including tablets, and for PCs. The special name for a whole generation is Bay Trail.

Family

We already know the name of our Intel Celeron J1800 processor. It is also worth determining that in the new generation there are three groups at once, which are indicated by their letter. For example, our version with the «J» index is designed for desktop PCs. «N» are for laptops. Systems with «Z» are placed in tablets.

In addition, each series has its own champions and «simpletons». There are budget models, there are more expensive ones. Today we are reviewing the Celeron J1800, which we will talk about later.

General specification

Our hero is classified as low-performance and energy-efficient systems. This segment is referred to as SoC Bay Trail-D. Here you can find eight models. The simplest is the dual-core Celeron J1750. There is a powerful «industrial» C2750 with eight cores. In the latter case, the power consumption level is 20 watts.

In addition, the processors have different amounts of cache memory. Among all the available platforms, only Avoton did not receive an integrated graphics core. The rest of the options are crammed with all sorts of add-ons, entry-level graphics, and so on.

There are Bay Trail circuits that work in conjunction with the technology responsible for dynamic overclocking. And instead of the familiar name Turbo Boost, its name has changed to Burst Technology 2.0. The difference between them is insignificant, but the latter option is still more flexible. As a result, the technology works with the frequency dynamics of the processor and simultaneously adjusts the graphics and other components.

Two physical «hearts» in such a scheme are combined into one array, but the technology regulates the frequency on each core separately. As a result, the 2 lvl cache chooses a faster core to work with.

Family members

The Intel Celeron J1800 chip belongs to the Intel Bay Trail-D chip line. It is worth briefly talking about each of them. There are eight models in total. The first on the list and the simplest is the Celeron J1750. It has two cores, the frequency reaches 2420 MHz, consumes up to 10 watts. At the second level, the cache memory is 1 MB, and there is also an integrated graphics that operates at a speed of 688 MHz.

It is followed by our hero, the Intel Celeron J1800. Its characteristics are practically unchanged relative to the first option. The difference is only in frequencies, which can rise to 2520 MHz in turbo mode, although the starting frequency is 10 MHz lower.

The next pair of Celeron J1850 and J1900 are quad-core models. They have a frequency of 2 GHz, but the older model has a turbo mode technology that allows you to accelerate the core to 2420 MHz. They also consume 100 watts, but the amount of L2 cache has risen to 2 MB. The frequencies of the integrated graphics have also changed slightly.

Quad-core models don’t stop there. The Pentium J2850 and J2900 do not differ from the previous pair in any way, except for the frequencies. Moreover, these figures have increased significantly — up to 2410 MHz, and in the second case there is a turbo mode, which accelerated the core to 2670 MHz.

Next pair of Avoton platform: C2550 and C2750. The first option also operates on four cores. It consumes 14 W, the cache memory has 2 MB, but the manufacturers have abandoned the integrated graphics. The frequency in turbo mode rises from 2.4 GHz to 2.6 GHz. The C2750 is an octa-core model with the same frequency as the previous one. Consumes 20 W, and the cache memory has increased to 4 MB.

Difference

Usually Intel Celeron CPU J1800 is compared with J1900. Both variants are built on the Silvermont architecture and belong to the Bay Trail-D. The number of «hearts» varies — two versus four. Significant frequency difference. And in favor of our hero. But the amount of cache memory of the second level is just in the second case more — one against two MB.

Dual-channel DDR3-1333 memory controller of one type. There is a built-in graphics in which the frequencies differ only in turbo mode — 792 vs 854 MHz. Consumption figures are identical. But due to the fact that the older model turned out to be more productive, its cost at the time of release was higher. So, for the J1800 the buyer paid $72, and for the J1900 — $82.

Functionality

Intel Celeron J1800 features are clear and there is no point in talking about them. It is worth mentioning the available technologies and features of the novelty. It is known that the central processor has acquired a sufficient amount of intellectual information. Accordingly, with the speed of questions should not have arisen.

Data exchange is going well. SV vouches for him. The connection goes through a “point”, which is assigned by the chip itself. All materials received by the system are immediately processed. The already famous Quick Pat interface is used to configure the controller parameters.

Benefits

Of course, unlike its older brothers, Intel Celeron J1800 (2.41 GHz) cannot boast of super high performance. But in general, as for a mobile platform, it adequately shows itself among competitors. It gives up to two streams at the same time. The execution of basic tasks occurs according to programmed instructions.

As already mentioned, there is a turbo function that helps to regulate frequencies. So, through a special TRT system, frequencies are calculated. This mode is activated if necessary, when the system feels overloaded. The thermal power of the chip reaches 84 watts.

Memory

This platform paired with the Celeron J1800 has good characteristics. So, with support for DDR3, it is possible to expand dual-channel memory up to 32 GB. The CPU supports high data transfer rates. It can also read flex memory. The speed of this process is due to the high throughput. In general, there should not be any problems specifically with this parameter.

The EU system is responsible for storing information, it regulates and traces the number of errors and their code. The throughput is 25 Gb / s. In general, this is enough to transfer data, receive it and save it.

Media

In addition to all other technologies, one of the very important and quite pleasant was the Intru technology. Celeron J1800 2.41 GHz has got this feature, thus it could stand out from the competition. According to experts, this technology is associated with stereoscopic data. In addition, it helps to generate video files in the desired resolution. Although at the moment 1080p is not enough for everyone. The technology does not affect the sound, since another project is installed for this — «Insider».

The overall operation of this technology provides HD viewing. It also makes it easy to transfer the desired materials. In addition, there is support for wireless technologies, which are exactly what is needed to transfer information. With this function, as usual, you can transfer both simple documents and images, as well as more serious «heavy» materials — movies and audio. But sending websites is not carried out.

Celeron J1800 received the famous «Flex» interface, now it is not considered special and revolutionary. Nevertheless, he decides to correct independent pictures, gives out data in two streams at once. At the same time, this technology requires the greatest load on the graphic component of the system.

And the last function related to media is «Clear». She is engaged in improving the quality of photos and pictures. But it has no effect on video files. Interestingly, it cannot function on portable PCs, although it plays a big role during encoding. Thanks to this function, the system works on the quality of graphics and makes them clearer and brighter.

Power

The functions of the Celeron J1800 processor do not end there. In addition to the above, which are more related to media information, there is «Hyper» — a technology that functions for the benefit of productivity. With it, the system actively analyzes two streams at a time. In this case, the chip has to activate two cores at once for the same power. With all this, power consumption remains the same.

The TX system is related to virtualization. She supports this process and is also responsible for receiving and sending data. This should include the Intanium function, which, in particular, helps to enter data. Although it is more related to the A-32 architecture, it is still applicable in our case in security measures. In general, it also affects performance.

Testing

Along with the Celeron J1800, its older brother Celeron J1900, their competitor from the «red» company AMD A6-7400K, as well as more powerful models of the Intel Core i7, i5, etc. family were tested. As a mobile platform, our hero is inferior to many models. So, in terms of performance of computing cores, its older brother and the competing Athlon 5350 occupy the same position, while the J1800 lags behind, since it has only two cores.

Cryptography test shows the superiority of Athlon models over Intel ones. This is due to the lack of specific instructions for the latter. As a result, the Kabini crystal is much more successful in the case of encryption. Archiving the data again showed the equality of the «red» and «blue» companies, although J1800 is again lagging behind.

As a result, the dual-core model yielded to its quad-core brother in all tests. In the benchmark FHD showed 2.82 points against 5.33. And although the older crystal also showed a not too phenomenal result, the hero of our review showed a low one at all.

Analogues and competitors

Of course, this platform and its elder brother have got a lot of competitors. There were fewer analogues, although they could compete with the J1800. Among competitors, you can often find a board for which it is recommended to purchase a chip. So, for example, the ASRock AM1B-ITX motherboard paired with the AMD Athlon 5350 does an excellent job with all the tests that it passed.

The model GIGABYTE GA-J1900N-D3V has become an analogue of the monitored platform. Despite the fact that it is based on the J19 chip00, she can also easily be opposed to our hero. Although many connoisseurs believe that a competing model with a separate «motherboard» and a chip is much more profitable, since it can be easily modified and improved.

Reviews

Intel Celeron J1800 received good reviews, as the mobile-desktop platform turned out to be balanced and productive. Of course, it is not enough for super-tasks such as powerful computer games, but even so, it easily performs office and everyday tasks. As a result, the platform allows not only to create an economical and inexpensive server, but also to try to form everything into a home media center.

The main advantage, which, according to users, helped the platform become popular, is its low power consumption and heat dissipation. As a result, the system is quiet, and its dimensions allow it to be placed in a compact case.

Comparison of J1900 and J1800 makes us understand that both models are almost the same and suitable for an office system. But the older platform is still more focused on multimedia due to the larger number of cores and memory. Although those buyers who pursued everyday use did not overpay and purchased the Celeron J1800.

Reviews after long-term operation were only positive. Buyers claimed that the platform did not work worse over time, did not break, and, in principle, did an excellent job. Of course, those who expected unprecedented performance and excellent work in games from this platform made the wrong choice. In general, mobile systems can rarely pull out game projects, especially recent years.

Technical blog of «Interface» LLC specialists

• Home
• A look at the capabilities of the Bay Trail-D processor family: Celeron J1800 and J1900

A look at the capabilities of Bay Trail-D family processors: Celeron J1800 and J1900

• Author: Uvarov A.S.
• 12/24/2015

The desktop version of the Intel mobile platform was not very popular. The Atom family of processors remained widely known only in narrow circles — among users of embedded systems and workstations, when cost and power consumption came to the fore, and only then performance. However, with the release of Bay Trail-D, the situation began to change; today, processors of this family can be found not only in specialized systems, but also in laptops and monoblocks. We invite our readers to get to know this platform better.

Let’s try to answer the most common question right away: who needs them at all, these «underprocessors»? From the point of view of an ordinary user who needs to work and play, and even inexpensively, this is true. This category of processors could never boast of performance. But if you slightly change the perspective and remember such a part of the market as embedded systems and workstations, then everything will immediately fall into place.

Most of these systems can safely be called a «computer with one program»: cash register or banking software, payment terminal shell or information stand. Performance in such cases fades into the background, and power consumption and heat dissipation become relevant, since these devices often have to work in difficult conditions, as well as low cost and the possibility of quick repairs.

Indeed, the board with the processor soldered on it is an inexpensive and complete system with low consumption and guaranteed performance. In case of failure, we simply change the board and that’s it. You don’t have to puzzle over where to get a motherboard for the remaining processor, whether it will start with this version of the board, whether BIOS firmware is required, whether the OS will boot, etc., etc. As a separate plus, you can write low power consumption and, as a result, a fanless cooling system, which reduces possible points of failure, especially when working in difficult conditions.

The previous version of the platform Cedar Trail caused conflicting impressions, complaints were primarily about performance, which was balanced on the lower limit of acceptable for comfortable work. Any attempts to use this platform as a regular, albeit not very powerful, PC immediately revealed an extremely low level of performance.

With the release of Bay Trail the situation has improved significantly, now the performance of the platform is enough to be used as a simple workstation, a good example is a fairly large range of laptops and monoblocks on this platform.

For example, the Lenovo C260 , based on the Intel Celeron J1900 , handles most day-to-day tasks quite well under both Windows and Linux.

We are more interested in the ability to provide simple and inexpensive solutions for automating retail outlets and small offices on the basis of this platform, when the same configuration quite successfully acts both as a workstation and as a regular workstation. Allowing you to unify and reduce the cost of a set of equipment as much as possible.

A general look at the

platform First of all, we note the fact that Bay Trail is the first Intel desktop platform made in SoC format — system on a chip ( System-on-a-Chip ). This approach has a number of advantages — a simpler platform layout, since there is no need for a south bridge and additional controllers, as a result — a lower price and lower power consumption. We will not analyze the processor architecture in detail, there are specialized resources for this, but we will just briefly note the main features.

As you can see, the chip covers all the basic needs of systems of its class, providing support for modern technologies and interfaces, such as USB 3.0, HDMI or DisplayPort, this allows you to use this platform in multimedia systems, since the performance allows you to confidently work with HD content.

The Bay Trail-D family is currently represented by the following models:

* — we indicated the average price for the finished platform: a mini-ITX motherboard with the indicated SoC soldered on it.

Marketers obviously had a hand in the formation of the product line, giving the top processor the name Pentium, although in fact it is a slightly faster Celeron J1900, at the same time, J1800 and J1900 are two different processors, and not similar models, as you might think by name . Only J1800 and J19 are available for sale as motherboards00, we met the older model only as part of finished products: monoblocks or desktop PCs, for example, HP Slimline.

However, you should not be upset about this, overpaying for the word Pentium on the box is not the best way to manage your money, especially since the J1900 is very, very good.

Test participants

Let’s start our practical acquaintance with the platform from the younger model — J1800, which will be represented by the GIGABYTE GA-J1800N-D2H motherboard (rev. 1.0) . This is one of the most expensive models on this processor, its cost at the time of this writing was $70.8.

The processor, or rather SoC, is installed in the center, and the entire strapping is located in a circle. On the one hand, this simplifies the layout of the board, and on the other hand, it forces some elements to be arranged in a very non-standard way, which can cause difficulties during assembly. So, for example, the location of the COM-port connector at the top of the board, next to the auxiliary power connector, causes criticism, in order to use it, you will have to specially purchase a bracket with a long cable and pull it through the entire board.

Also inconvenient is the additional USB on the right, right behind the heatsink, to which you have to pull the cable from the front panel of the case through the entire board. But the place traditionally occupied by these connectors is allocated for mini PCIe, which is of interest only for installing a Wi-Fi adapter.

Another drawback that we encountered is that the board does not recognize all USB keyboards at the initial boot stage, which can make it difficult to get into the BIOS settings. In all other respects, these boards made only favorable impressions, as far as stability and reliability are concerned, there are no complaints about them.

The older J1900 will be represented by the ASRock Q1900B — ITX board for $73.8.

Unlike Gigabyte, ASRock has chosen a classic layout, and the set of connectors on the rear panel, including the outdated LPT, can also be called classic. For automation purposes, this board is of interest due to the presence of two COM ports, one on the rear panel, the second — a connector on the board. The port brackets in this model are located more conveniently — at the bottom right, where we expect to see them.

And in order to understand how far Intel has come, we decided to compare the SoC data with one of the most popular processors of the past generation Atom D2550 with a frequency of 1.86 GHz in the form of ASRock AD2550B-ITX board .

We used online test 9 to evaluate performance in web applications0088 WebXPRT 2015 , which contains basic HTML5 and JavaScript scripts. To be able to compare the results, we ran another test on our working system based on the Core i5-4670 , which is difficult to classify as low-power or budget systems.

The results are generally quite expected, the Bay Trail once again shows a doubling of performance and quite good overall results. Spending 8 seconds where the i5 manages in three is normal, unlike 24 seconds for the previous generation, obviously no one will wait that long. It can be stated that the platform has overcome the lower performance bar for comfortable work with Internet applications and copes well with most tasks, at the same time, no one will expect miracles from it in heavy applications, say browser games.

Another test that reflects real computational capabilities quite well is the built-in test of the archiver. You have to work with archives quite often, for example, when backing up or installing new software. We took two popular packages WinRAR 5.10 and 7-Zip 9.35, normalized the results to improve perception, i. e. took the best result as 100% and recalculated the remaining values ​​accordingly.

Archiving, as the test showed once again, depends on two main parameters: frequency and number of cores. Thus, the much weaker Atom practically caught up with the J1800, and the J1900 bypassed them almost twice due to four cores.

In general, even the small amount of tests that we have carried out allows us to quite clearly position this platform as a good solution for workstations and entry-level office PCs.

To decide between the older and younger models, we ran a few more tests from the PCMark 8 package.

Home accelerated test (J1800 on the left, J1900 on the right):

This set of tests repeats the most typical tasks for a non-gaming home PC. As you can see, both processors cope with most tasks in the same way, with the exception of multimedia tasks, where J1900 outperforms J1800 by about 35-40%.

Work accelerated test

As the name implies, the following set of tests represents typical work PC tasks; this test uses LibreOffice as an office suite. Here again, it’s hard to single out a leader in everything except video decoding, where the J1900 gets the same 40% advantage.

Application test

In addition to general tests, PCMark 8 allows you to evaluate performance in software packages from Microsoft and Adobe, it makes no sense to test the latter on this hardware, but the office suite from Microsoft is of some interest. Unlike LibreOffice, two additional J19 cores00 gives a small, about 15%, performance boost that roughly matches the price difference.

Energy Efficiency

The declared maximum power dissipation (TDP, Thermal Design Power) for processors of the Bay Trail-D family is 10 W, the same TDP was declared for Cedar Trail (Atom D2550), although in the latter case, you should add 2 more, 5 W to the Intel NM10 southbridge, but the numbers are still close.

In practice, the Atom D2550 proves to be a very hot system, the heatsinks heat up noticeably and in some cases an exhaust fan may be required. J1800 and J1900 proved to be the complete opposite compared to its predecessor, during the tests the processor temperature did not exceed 50-55 ° C, and the heatsink remained warm.

In practice, replacing several systems with Atom D2550, located in a closed and poorly ventilated space, with more modern J1800, we got a significant improvement in the thermal regime for the rest of the components, not counting the objective increase in performance.

Conclusions

The new version of the mobile-desktop platform from Intel turned out to be extremely balanced and successful. The performance of the new processors is enough for simple office or home tasks. There are also good prospects for creating economical and inexpensive entry-level servers (router, web server, etc.) or home media centers. A separate plus is low power consumption and heat dissipation, which allows you to assemble a truly quiet system in a compact package.

Both models on the market are not bad, while the J1800 can be safely used for office tasks, in this category it is on an equal footing with the J1900, while the latter is ahead of it in multimedia tasks.