single-socket server PR1285C4

8th/9th Generation Intel® Core™ i3/i5/i7/i9 Series Processors, Intel® Xeon® E-2100/2200 Series Processors

Supports Hyper-Threading technology, up to 16 threads with 8 cores;

Support virtualized device input/output (VT-d) – Adding virtualization of device input/output based on the previous virtualization of CPU can effectively improve the performance and efficiency of virtual machines

Turbo Mode 2: Dynamic acceleration of kernel operation. You can turn on, off, and speed up kernel operation as needed.

Support SSE 4.1/4.2, AVX 2.0 instruction sets

Cache design: A three-level fully-inclusive cache design is used. The L1 design is the same as the Core microarchitecture. The L2 adopts an ultra-low latency design, with 256KB per core. The L3 adopts a shared design, which is shared by all cores on the chip.

Integrated Memory Controller (IMC) – Moved from the chipset to the CPU chip, supports multi-channel DDR3 memory, greatly reduces memory read latency, and greatly increases memory bandwidth by up to three times

Fast Channel—DMI Bus

DMI is a point-to-point connection technology that replaces the front-end bus (FSB); DMI uses a serial connection as the signal transmission method and adopts LVDS (low voltage differential signal technology, mainly used for high-speed digital signal interconnection, so that the signal can be transmitted at a rate of more than several hundred Mbps) signal technology; the reliability, practicality and applicability characteristics provide a guarantee for the high availability of DMI; the bandwidth of each 20-bit wide DMI connection can reach an astonishing 25.6GB per second, which is far beyond the comparison of FSB.

Virtualization Technology VT

Support virtualized device input/output (VT-d) – Adding virtualization of device input/output on the basis of the previous virtualization of CPU can effectively improve the performance and efficiency of virtual machines. It provides a strong guarantee for server integration, migration of original data and security.

Configure on demand

Provide the best configuration options based on the actual needs of users

High Availability

With the processor Hyper Threading technology, it supports multi-threaded and multi-tasking mode. The processor integrates a DDR4 memory controller to provide a highly optional memory solution. It provides IRST (RAID 0/1/10/5) function to meet the system’s requirements for hard disk security while taking into account user cost requirements. It integrates Intel server-level dual 1000M network adapters, supports link aggregation and binding redundancy functions, and is suitable for a variety of application requirements

High system scalability

Supports 8th/9th generation Intel® Core™ i3/i5/i7/i9 series processors, Intel® Xeon® E-2100/2200 series processors, 4 DIMM memory slots can support up to 128GB Unbuffered DDR4 ECC 2666MHz memory, and the standard system supports up to 6 SATA hard disk expansion slots (4 hot-swappable + 2 built-in). Provides a PCI-E interface to provide users with expansion space.

safety

The motherboard provides a TPM trusted module interface, which users can choose according to their needs, and supports Intel SGX (Software Guard Extensions) technology

manage

Integrated BMC module, supports IPMI2.0, provides 1 RJ45 management network port, supports remote management, iKVM

Cost-effective solution

PR1285C4 uses a server motherboard based on the Intel® C246 chipset, supporting one 8th/9th generation Intel® Core™ i3/i5/i7/i9 series processor, Intel® Xeon® E-2100/2200 series processor, the motherboard provides 4 memory slots, supporting up to 128GB DDR4 2666MHz ECC UDIMM; the motherboard natively supports 8 SATA3 (6Gbps) hard disk interfaces. Integrated RAID controller, supports low-cost RAID 0, 1, 10, high-reliability RAID5 (only windows OS) to improve data processing performance and protect data functions. Integrated dual Gigabit Intel server network card, it is very suitable for small and medium-sized enterprises information carrying platform.

Advanced chassis design technology

The short chassis design can be placed in a 600mm deep network cabinet and a standard-depth server cabinet. The intelligent heat dissipation system effectively reduces noise pollution and creates a constant temperature space in the cabinet. The fully shielded design is anti-electromagnetic radiation, anti-interference, and anti-static (EMI).