Akceptujemy kryptowaluty — posiadane środki można więc wykorzystać na zakup prawdziwego sprzętu.Płatność kryptowalutą — realny sprzęt w zamian. Bezpłatna, ubezpieczona dostawa na całym świecie powyżej 399 $. Neutralne kartony, bez oznaczeń, wysyłane z Niemiec.Bezpłatna, ubezpieczona dostawa powyżej 399 $. Kurs zostaje zablokowany na 30 minut od otwarcia kasy.Kurs zablokowany na 30 minut. Każdy produkt jest fabrycznie zapieczętowany, jego numer seryjny jest sprawdzany, a całość objęta jest 24-miesięczną gwarancją.Zapieczętowane fabrycznie, 24 miesiące gwarancji.

Obserwowane produkty Zaloguj się
Green rectangular server motherboard with dual CPU sockets, sixteen memory slots, multiple expansion slots and rear I/O ports visible

Intel

Intel S2600CP4 Dual LGA 2011 DDR3 SSI EEB Server Motherboard

SKU CH-39G3-RYEWQ MPN S2600CP4

Dual-socket server board with sixteen DDR3 slots, fourteen SATA ports and quad gigabit LAN

  • Dual LGA 2011 sockets scale compute density for Xeon E5-2600 CPUs
  • 16 DDR3 slots at 1600 MHz support up to 512 GB memory
  • 14 SATA ports provide extensive direct-attached storage connectivity
  • Quad 1 GbE LAN with IPMI 2.0 enables dedicated out-of-band management
  • SSI EEB form factor fits standard rackmount chassis with 135 W max TDP

Dual LGA 2011 server board

The Intel S2600CP4 is a dual-socket SSI EEB motherboard built for Intel Xeon E5-2600 processors. It provides sixteen 240-pin DDR3 slots supporting memory speeds up to 1600 MT/s and a maximum capacity of 512 GB. The platform targets compute-dense workloads such as virtualisation hosts, render farms or high-throughput storage nodes. Builders needing a single-socket layout or newer memory standards should look elsewhere.

Thermals and power envelope

The board is rated for processors with a maximum TDP of 135 W each, so a pair of high-wattage CPUs will demand substantial airflow. No active cooling is included; the bare PCB relies on chassis fans directed across the socket area and voltage-regulator zones. Four onboard 1 GbE ports and integrated graphics add minimal heat, but sustained all-core loads will push system power draw toward the upper design limits. Acoustic profile depends entirely on the enclosure and fan curves chosen by the integrator.

Build integration

One PCI Express 3.0 x16 slot and five x8 slots give room for RAID controllers, NICs or GPU accelerators in a full-height chassis. Fourteen SATA ports support dense drive arrays without extra HBAs, while four USB 2.0 headers and a single COM port cover basic peripheral and console needs. The SSI EEB form factor requires a compatible rack or tower case with matching mounting holes and I/O shield cut-out. An IPMI 2.0 BMC with dedicated LAN enables remote management independent of the operating system.

Najważniejsze cechy

  • Dual LGA 2011 sockets scale compute density for Xeon E5-2600 CPUs
  • 16 DDR3 slots at 1600 MHz support up to 512 GB memory
  • 14 SATA ports provide extensive direct-attached storage connectivity
  • Quad 1 GbE LAN with IPMI 2.0 enables dedicated out-of-band management
  • SSI EEB form factor fits standard rackmount chassis with 135 W max TDP

Specyfikacja

Na razie brak opublikowanej specyfikacji tego produktu.

Pytania dotyczące tego produktu

How do I install the CPUs and RAM on the dual LGA 2011 sockets, and what step is often missed?

Seat both Xeon processors in the two LGA 2011 sockets, apply thermal paste, attach the heatsinks, then populate all 16 DDR3 240-pin slots with DDR3 1600 modules; the step most builders miss is enabling the memory-node interleaving in the BIOS so the 512 GB maximum is recognised across both sockets.

Which onboard components will need replacement first during long-term operation?

The CMOS battery on the board and the cooling fans attached to the CPU headers typically wear out first; the IPMI 2.0 BMC firmware should also be updated periodically, but no other user-replaceable parts are identified in the specifications.

What thermal or power limit appears first when the board runs at full load continuously?

The platform is rated for a maximum TDP of 135 W per processor, so sustained workloads that push both Xeon E5-2600 CPUs to that envelope will hit the thermal ceiling before any other onboard limit is reached.

Także w tym dziale

Klienci porównywali też te produkty

Ten sam dział, ta sama kasa — osiem kryptowalut i 30-minutowa blokada kursu.