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Intel Xeon E3-1240V2 3.40GHz CPU

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Intel Xeon E3-1240V2 SR0P5 3.40GHz 4C Ivy Bridge 69W 8MB LGA1155 CPU



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Socket Type:
LGA 1155/Socket h3
No. of Cores:
Processor Type:
Clock Speed:
3.40 GHz
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Intel Xeon E3-1240V2 SR0P5 3.40GHz 4-Cores Ivy Bridge 69W 8MB LGA1155 CPU


Brand: Intel
Type: Xeon
Model: E3-1240V2
Total Cores: 4
Total Threads: 8
Max Turbo Frequency: 3. 80 GHz
Intel® Turbo Boost Technology 2.0 Frequency: 3.80 GHz
Processor Base Frequency: 3.40 GHz
Cache: 8 MB Intel® Smart Cache
Bus Speed: 5 GT/s
TDP: 69 W
Max Memory Size (dependent on memory type): 32.77 GB
Memory Types: DDR3 1333/1600
Max # of Memory Channels: 2
Max Memory Bandwidth: 25.6 GB/s
Sockets Supported: LGA1155
Max CPU Configuration: 1

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Socket Type:
LGA 1155/Socket h3
No. of Cores:
Processor Type:
Clock Speed:
3.40 GHz

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Intel Xeon E3-1270 Processor 3.4GHz LGA1155 CPU

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₹11,846.00 Bundle Price for Selected items

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Xeon E3-1270 Processor 3.4GHz 8MB Smart Cache LGA1155 CPU (4 Core/ 8 Threads)

You can increase your system’s power, efficiency, and lifespan with the Intel Xeon E3-1270 Processor. This quality product features Intel’s 32nm process, which can lead to a markedly low power draw of 95 watts. With lower power consumption comes low CPU heat, as a result longer system life. Its 8MB Smart Cache Memory and a front side bus speed of 1600 MHz can keep your system responsive. It also has Wide Dynamic Execution and Smart Memory Access to boost execution speed and memory access. The Xeon E3-1270’s specialised Multi-core Hyper-threaded micro-architecture can optimize thermal performance, which can lead to reduced power consumption and noise, which can make it a great choice for both home and office use.

This Intel Xeon E3-1270 3.4 GHz has 8 Hyper-threaded execution cores that can enable the execution of parallel threads or applications to be on completely separate cores. It means that it has an impressive system response when multi-threaded or multiple applications are running simultaneously. The 32nm Hyper-threaded 8 core of this Intel Xeon E3-1270 3.4GHz Processor can optimize its thermal performance. The Intel Xeon E3-1270 Features Enhanced Speed-step Technology. This can enable the Intel Xeon E3-1270 to adjust its voltage and core frequency to decrease overall power consumption. This can also help to lower overall heat production and provide a balance between providing power and conserving power. With Intel Virtualization, your one hardware platform can function as multiple virtual platforms.

Special Note :

1. This processor is compatible only with B75, H61, H71, H77, Z77, H67 & Z67 Series motherboard.
2. Use This Processor with Proper Cooling solutions for best results & Performance.
3. Cooling Components E.g. FAN & Heat-sink are not included with this and sold separately.
4. It is a 100% Working & Tested Refurbished Desktop PC processor & is Not for Laptop.

Delivery time: 12-28 Business Days

Warranty: Warranty for manufacturing defects only


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Model : Intel Xeon E3-1270 Processor i7-2600-

Core Count: 4- Thread Count : 8

Clock Speed: 3. 4 GHz- Max Turbo Frequency: 3.8 GHz-

Intel Smart Cache: 8 MB- DMI: 5.0 GT/s-

Lithography: 32 nm- Socket: LGA 1155-

Max Thermal Design Power: 95 W- Max Memory Bandwidth: 25.6 GB/s-

Graphics Base Frequency: 650 MHz- Graphics Max Dynamic Frequency: 1.15 GHz-

Advanced Technologies: – Intel Turbo Boost 2.0 Technology – Intel vPro Technology – Intel Virtualization Technology (VT-x) – Intel Virtualization Technology for Directed I/O (VT-d) – Intel Trusted Execution Technology – AES New Instructions – Intel 64 Architecture – Intel Anti-Theft Technology – Idle States – Enhanced Intel SpeedStep Technology – Thermal Monitoring Technologies – Execute Disable Bit – Intel VT-x with Extended Page Tables (EPT)

90,000 series of Intel Xeon E3 and E3V2 processors for the socket 1155


  • 1 characteristics Intel Xeon E3
  • 1.1 Xeon E3 1200 V1
  • 1.2 line XEON E3 1200 V2
  • 9000 9000 9000 9000 9000 9000 9000 9000 9000 9000 9000 9000 9000 9000 9000 9000 9000 9000 9000 9000 9000 9000 9000 9000 9000 9000 9000 2 Motherboard compatibility

  • 3 Performance
  • 4 Overclocking
  • 5 Cooling

Socket 1155 appeared in 2011 and quickly won people’s love. This was mainly due to the extremely successful Intel Core i5 and i7 processors, which, despite their age, even now cope well with modern games and applications. nine0003

A list of all released models, as well as the specifics of the 1155 socket architecture, can be found in this article.

But things are not so good with core i3, pentium and celeron processors, the performance margin is clearly not enough for many modern tasks, and overclocking of these processors is not provided. At the same time, upgrading to more powerful models is far from always advisable: the prices for i5 and i7 are still quite high even in the secondary market, it may not be justified to invest that much money in an old socket. nine0003

However, there are also Intel Xeon E3 server processors for lga 1155 that can work in most common motherboards. Replacing an old processor with a Xeon can be much cheaper, and the increased performance due to such an update will allow postponing a global computer upgrade for another couple of years.

Intel Xeon E3 specifications

In total, Intel has released two Xeon lines for this socket: regular E3 and E3 v2 with slightly improved characteristics. The first generation Xeon E3 is based on the Sandy Bridge core, the second generation is based on Ivy Bridge. nine0003

Main differences between Xeon E3 v2 and v1:

  • Smaller technical process, correspondingly lower tdp
  • Ivy Bridge cores are slightly more powerful than Sandy cores at the same frequency
  • Memory frequency of 1600 MHz is supported instead of 1333 MHz for the v1 series
  • -e 3.0 instead of 2.0

Of all these benefits, 1600 MHz memory support is the main one. The difference between pci-e of different versions will hardly be noticeable even for high-end graphics cards, and the difference in performance and heat dissipation is not so high. nine0079

— 8 MB 80 W Core i5 2400 1225 4\4 3. 1\3.4 GHz HD Graphics P3000 6 MB 95 W Core i5 2400 1230 4 \ 8 3.2 \ 3.6 GHZ — 8 MB 80 W Core i7 2600 1235 4 \ 8 3.2\3.6 GHz HD Graphics P3000 8 MB 95 W Core i7 2600 1240 4\8 3.3\3.7 GHz — 8 MB 80 W Core i7 2600 1245 4 \ 8 3.3 \ 3.7 GHZ HD Graphics P3000 8 MB 95 W

Core i7 2600 900 900 900 900 900 900 900 900 900 900 900 900 900 900 900 900 900 900 900 900 900 900 1260L 4\8 2.4\3.3 GHz HD Graphics P2000 8 MB 45 W — 1270 4\8 3. 4\3.8 GHz — 8 MB 80 W Core i7 2600 1275 4 \ 8 3.4 \ 3.8 GHZ HD Graphics P3000 8 MB

95 95 950079

Core i7 2600 1280 4\8 3.5\3.9 GHz — 8 MB 95 W Core i7 2700 1290 4\8 3.6 \ 4.0 GHZ — 8 MB 95 W Core i7 2700

XEON E3 1200 V2


XEON E3 Model
1225 v2 4\4 3.2\3.6 GHz HD Graphics P4000 8 MB 77 W Core i5 3450
1230 v2 4\8 3.3\3.7 GHZ 8 MB 69 W
1240 V2 4 \ 8 3. 4 \ 3.8 GHZ 8 MB 69 69 W.

Core i7 3770
1245 v2 4\8 3.4\3.8 GHz HD Graphics P4000 8 MB 77 W Core i7 3770
1265L v2 4\8 2.5 \ 3.5 GHZ HD Graphics P2500 8 MB 45 W Core i7 3770
1270 V2 4 \ 8 3.5 \ 3.9 GHZ 99

8 MB 69 W Core i7 3770K
1275 v2 4\8 3.5\3.9 GHz HD Graphics P4000 8 MB 77 W Core i7 3770K
1280 V2 4 \ 8 3.6 \ 4.0 GHZ 8 MB 69 W
1290 V2

4 \ 8 900 \ 8 900 \ 8 900 \ 80078 3.7 \ 4.1 GHz 8 MB 87 W

As you can see, some server processors are very similar to their desktop counterparts. The main differences are the missing video core (except for models ending in 5) and a slightly lower tdp. Models with the L index are low voltage and boast a significantly lower tdp.


  • E3 1230 / 40 / 70 v1 — the difference between the models is only 100 MHz. The difference in price is also insignificant. All of them can be considered a budget option for the Core I7 2600. They do a good job both with games and with other ordinary tasks. The most attractive in terms of price / performance ratio.
  • E3 1230 / 40 / 70 v2 — similar to the first generation, but they are already analogues of the Core i7 3770. They cope with games a little better, but they also cost more. Pay or not — it’s up to you.
  • Older models such as 1280 and 1290 of both generations are still too expensive, so they are not interesting.
  • If you need an integrated video core (for example, for an office computer), select the appropriate model, the name of which ends with 5.
  • the board supports overclocking and its process itself is not scary — it makes sense to pay extra and take the original I7 2600k.

Motherboard Compatibility

All Xeon E3 server processors for socket 1155 are fully compatible and work seamlessly on any motherboard. You don’t need to flash the BIOS, reinstall the OS, or do anything else.

Extremely rare exception — boards from workstations Dell, HP, etc. They may not support any (usually second) generation.


On average, socket 1155 outperforms socket 1156 with its Xeon X3400 line, but build on 1155 will cost more. Most processors can handle modern (relative to their age) games well, but there is no headroom left for the future. If this option does not suit you, take a closer look at socket 2011 and 2011-3. nine0003


Acceleration in this case is only available via the bus. You should not count on large values, a maximum of 5-7% of the stock frequency. Overclocking RAM can improve performance, but it is only available on motherboards with P or Z chipsets. Otherwise, you will have to be content with the standard frequency, which is 1333 MHz for v1 series stones and 1600 MHz for v2.


Almost all stones have a fairly modest heat emission and no large tower coolers or water cooling are required to remove heat. As a rule, inexpensive models will suffice. nine0003

It is worth noting that v1 processors have solder under the cover, while v2 processors have thermal paste, which loses its properties over time, which can lead to an increase in temperature.

characteristics, review, acceleration, tests, purchase and prices


  • 1 characteristics
  • 059

    Basic frequency 3500 MHZ The maximum frequency in Turbo Boost 3900 MHZ (1 — 2 nuclei)
    3800 mHz (3 kernels)
    3700 MHZ (4 nuclei)

    9007 supported MMX instructions
    SSE / Streaming SIMD Extensions
    SSE2 / Streaming SIMD Extensions 2
    SSE3 / Streaming SIMD Extensions 3
    SSSE3 / Supplemental Streaming SIMD Extensions 3
    SSE4 / SSE4. 1 + SSE4.2 / Streaming SIMD Extensions 4
    AES / Advanced Encryption Standard instructions
    AVX / Advanced Vector Extensions
    F16C / 16-bit Floating-Point conversion instructions
    EM64T / Extended Memory 64 technology / Intel 64
    NX / XD / Execute disable bit
    HT / Hyper-Threading technology
    VT-x / Virtualization technology
    VT-d / Virtualization for directed I/O
    TBT 2.0 / Turbo Boost technology 2.0
    TXT / Trusted Execution technology
    SMEP / Secure Mode Execution Protection
    Enhanced SpeedStep Technology Video LOT Cash 8 MB TDP

    69 69 W

    , 69 W. Processor cover temperature 65.8 ° C Multiplier Blocked Approximate cost $ 40 — $ 55

    9000 9000 9000


    Alas, like the entire Xeon line for socket 1155, this processor hardly overclocks. You can only squeeze out an additional 5-7% performance by lifting the tire.

    Slight bus overclocking

    Overclocking of RAM for v2 processors is not so necessary (initially 1600 MHz is supported instead of 1333 MHz for the v1 series), but it won’t be superfluous either. True, this possibility is only available on motherboards with P and Z chipsets.


    Inexpensive tower coolers with 2-3 heat pipes are suitable for heat removal. It is not recommended to use boxed Intel coolers and other very low-end models, the temperature in the load becomes close to critical. nine0003

    Verified inexpensive coolers

    • ID-Cooling SE-903-SD
    • PCCOler GI-X3 V2
    • DeepCool Gammaxx 300
    • Zalman CNPS5X PERFORMA

    COMPOSSIBLE. Among Chinese coolers, the horizontal Snowman is considered a good choice. There is also a large six-pipe model that can be taken for a further upgrade.