-40%

LOT OF 4 INTEL XEON LC3528 SLBWG DUAL-CORE 1.73GHz PROCESSOR

$ 16.89

Availability: 83 in stock
  • Clock Speed: 1.73GHz
  • Cooling Component(s) Included: None/Processor only
  • Brand: Intel
  • Socket Type: FCLGA1366
  • L3 Cache: 4MB
  • Return shipping will be paid by: Buyer
  • MPN: LC3528
  • Number of Cores: 2
  • All returns accepted: Returns Accepted
  • Bus Speed: 2.5 GT/s DMI
  • Refund will be given as: Money Back
  • Item must be returned within: 60 Days
  • Condition: fully tested CLEAN working pulls
  • Processor Type: Xeon Dual Core
  • Restocking Fee: No

    Description

    Intel Xeon
    LC3528 SLBWG
    1.73 GHz DUAL CORE - fully tested CLEAN working pulls
    Essentials
    Product Collection
    Code Name
    Vertical Segment
    Embedded
    Processor Number
    LC3528
    Status
    Discontinued
    Launch Date
    Q1'10
    Lithography
    45 nm
    Use Conditions
    Communications
    Recommended Customer Price
    6.00
    CPU Specifications
    # of Cores
    2
    # of Threads
    4
    Processor Base Frequency
    1.73 GHz
    Max Turbo Frequency
    1.87 GHz
    Cache
    4 MB L3 Cache
    Bus Speed
    2.5 GT/s
    TDP
    35 W
    VID Voltage Range
    1.0 - 1.5V
    Supplemental Information
    Embedded Options Available
    Yes
    Memory Specifications
    Max # of Memory Channels
    2
    ECC Memory Supported

    Yes
    Expansion Options
    PCI Express Revision
    2.0
    Package Specifications
    Sockets Supported
    FCLGA1366
    Max CPU Configuration
    1
    T
    CASE
    79.5°C - 94.5°C
    Advanced Technologies
    Intel Turbo Boost Technology

    1.0
    Intel Hyper-Threading Technology

    Yes
    Intel Virtualization Technology (VT-x)

    Yes
    Intel Virtualization Technology for Directed I/O (VT-d)

    Yes
    Intel VT-x with Extended Page Tables (EPT)

    Yes
    Instruction Set
    64-bit
    Idle States
    Yes
    Enhanced Intel SpeedStep Technology
    Yes
    Intel Demand Based Switching
    Yes
    Security & Reliability
    Execute Disable Bit

    Yes