CN204189085U - A kind of Novel server computing module - Google Patents

Abstract

The utility model discloses a novel server computing module, comprising a CPU, a system startup chip, a PCIE bus expansion chip, a display chip, a network chip, a RAID chip, a USB chip, a PS/2 chip, a management chip and a VHDM connector; a display chip Both the display chip and the boot chip are connected to the CPU; the display chip outputs 2 VGA analog signals, 1 VGA signal is connected to the front panel, and 1 VGA signal is output to the VHDM connector; the 8 PCIE signals of the CPU and the input port of the PCIE bus expansion chip Connected, the PCIE bus expansion chip has 24 PCIE2.0 interfaces as output ports. The new server computing module has high integration, compact structure and good expansion performance.

Description

A New Type of Server Computing Module

technical field

The utility model relates to a novel server computing module.

Background technique

The server computing module, also known as the server computing blade, is a module used in the SSI server.

Existing server computing modules have a complex structure and fewer expansion interfaces, which are not conducive to the simplification and miniaturization of the modules, and the expansion performance is poor.

In addition, the core computers used by key users are servers based on applications such as high-performance computing and data storage. For a long time, most of the software and hardware of servers have been designed and manufactured by the United States, and the autonomy is in the hands of others. They are always facing risks such as chip embargoes and hacker attacks. The "Snowden" incident in particular has prompted my country to accelerate domestic software and hardware platforms. The pace of key technology research and development. Therefore, under the wave of the country's vigorous promotion of localization, it is necessary to vigorously and rapidly develop servers based on domestic software and hardware platforms to ensure the security of the country's data information system.

Therefore, it is necessary to design a new type of server computing module.

Utility model content

The technical problem to be solved by the utility model is to provide a new server computing module, which has high integration, compact structure and good expansion performance.

The technical solution of the utility model is as follows:

A new type of server computing module, including CPU, system startup chip, PCIE bus expansion chip, display chip, network chip, RAID chip, USB chip, PS/2 chip, management chip and VHDM connector;

Both the display chip and the boot chip are connected to the CPU;

The display chip outputs 2 VGA analog signals, 1 VGA signal is connected to the front panel, and 1 VGA signal is output to the VHDM connector;

The 8-way PCIE signal of the CPU is connected to the input port of the PCIE bus expansion chip, and the PCIE bus expansion chip has 24-way PCIE2.0 interfaces as output ports; where:

(1) The 8-way PCIE2.0 interface is directly connected to the VHDM connector;

(2) The 4-way PCIE2.0 interface is expanded to 4-way USB2.0 interface through the USB chip, of which, 1-way USB2.0 interface is connected to the Mini-PCIE module; 1-way USB2.0 interface is connected to the PS/2 chip, PS/ The PS/2 signal output by the 2 chips is connected to the VHDM connector, and the other 2 USB2.0 interfaces are directly connected to the VHDM connector;

(3) 4-way PCIE2.0 bus is expanded to 2-way SATA interface through RAID chip;

(4) The 4-way PCIE2.0 bus is used for data exchange with the system security and trusted module;

(5) 4-way PCIE2.0 bus connected to Mini-PCIE module;

The input terminal of the management chip is connected to the system startup signal, reset signal and status signal of the new server computing module (such as the temperature and voltage signal of the chip); the output terminal of the management chip outputs the system monitoring information to the VHDM connector through two RS485 buses;

The other 4 PCIE signals of the CPU are converted into 2 Gigabit network signals by the network chip and output to the VHDM connector.

The RAID chip is a SIL3132 integrated device; the startup chip is an S25FL128 integrated device; the USB chip is an MCS9990 integrated device; the management chip is an LPC2132 integrated device; the network chip is an Intel82576 integrated device, and the display chip adopts a CH7034 type integrated devices.

The CPU adopts Phytium 1000A integrated device.

Beneficial effect:

The core of the new server computing module of the utility model is Phytium 1000A CPU, which is a high-performance general-purpose 64-bit CPU independently developed by the National University of Defense Technology. , desktop and high-end embedded systems and other application fields. In addition, other integrated devices are used to realize port expansion and signal conversion functions. The structure is extremely compact and can complete various functions of the SSI server.

Description of drawings

Figure 1 is a block diagram of the overall structure of the new server computing module.

Detailed ways

The utility model will be described in further detail below in conjunction with accompanying drawing and specific embodiment:

Example 1:

As shown in Figure 1, a new type of server computing module includes a CPU, a system startup chip, a PCIE bus expansion chip, a display chip, a network chip, a RAID chip, a USB chip, a PS/2 chip, a management chip and a VHDM connector;

Both the display chip and the boot chip are connected to the CPU;

The display chip outputs 2 VGA analog signals, 1 VGA signal is connected to the front panel, and 1 VGA signal is output to the VHDM connector;

The 8-way PCIE signal of the CPU is connected to the input port of the PCIE bus expansion chip, and the PCIE bus expansion chip has 24-way PCIE2.0 interfaces as output ports; where:

(1) The 8-way PCIE2.0 interface is directly connected to the VHDM connector;

(2) The 4-way PCIE2.0 interface is expanded to 4-way USB2.0 interface through the USB chip, of which, 1-way USB2.0 interface is connected to the Mini-PCIE module; 1-way USB2.0 interface is connected to the PS/2 chip, PS/ The PS/2 signal output by the 2 chips is connected to the VHDM connector, and the other 2 USB2.0 interfaces are directly connected to the VHDM connector;

(3) 4-way PCIE2.0 bus is expanded to 2-way SATA interface through RAID chip;

(4) The 4-way PCIE2.0 bus is used for data exchange with the system security and trusted module;

(5) 4-way PCIE2.0 bus connected to Mini-PCIE module;

The input terminal of the management chip is connected to the system startup signal, reset signal and status signal of the new server computing module (such as the temperature and voltage signal of the chip); the output terminal of the management chip outputs the system monitoring information to the VHDM connector through two RS485 buses;

The other 4 PCIE signals of the CPU are converted into 2 Gigabit network signals by the network chip and output to the VHDM connector.

The RAID chip is a SIL3132 integrated device; the startup chip is an S25FL128 integrated device; the USB chip is an MCS9990 integrated device; the management chip is an LPC2132 integrated device; the network chip is an Intel82576 integrated device, and the display chip adopts a CH7034 type integrated devices.

The CPU adopts Phytium 1000A integrated device.

The new server computing module (also known as the SSI server computing blade based on the domestic Phytium 1000A CPU) includes a central processing unit CPU, a system startup chip, a memory module, a PCIE bus expansion chip, a display chip, a network chip, a RAID chip, a USB chip, a PS/ 2 chip, management chip and VHDM connector.

1. The system takes Phytium 1000A CPU as the center, and starts its work through the system startup chip S25FL128; Phytium 1000A CPU comes with a dual-channel DDR3 memory controller, and the memory capacity can be selected from commercial standardized memory products. The speed can reach up to 1600MHz, and the supported capacity is 4GB ~16GB;

2. Phytium 1000A CPU comes with 2 SATA interfaces, which can be used as a system boot disk by connecting a 2.5-inch hard disk; in addition, 2-way SATA interfaces are expanded through 4-way PCIE2.0 bus through RAID chip SIL3132, which can realize RAID0 and RAID1 , to facilitate the storage of system data;

3. The Phytium 1000A CPU outputs 2 channels of VGA analog signals through the display chip CH7034, 1 channel of VGA signal is connected to the front panel for board debugging, and 1 channel of VGA signal is output to the VHDM connector and sent to the management module to realize Remote display function of KVM;

4. The built-in RS232 serial port and USB interface of the Teng 1000A CPU are connected to the front panel through level conversion for debugging of the single board;

5. Phytium 1000A CPU expands 16-way PCIE2.0, among which 8-way PCIE2.0 bus from CPU expands to 24-way PCIE2.0 bus through PCIE bus expansion chip PEX8632; Feiteng 1000A CPU extends 4-way PCIE2.0 bus , convert 2 Gigabit network signals through the network chip Intel82576, output them to the VHDM connector, and send them to the switching module to realize the double-star network switching function;

6. The PCIE bus expansion chip PEX8632 expands 24 PCIE2.0 buses, of which 8 PCIE2.0 buses are output to the VHDM connector to realize the expansion function of the PCIE module of the whole machine; 4 PCIE2.0 buses are used for system security and Communication module data exchange; 4-way PCIE2.0 bus is used for Mini-PCIE module; 4-way PCIE2.0 bus is expanded to two-way SATA interface through RAID chip SIL3132; 4-way PCIE2.0 bus is expanded to 4-way through USB chip MCS9990 USB2.0 interface;

7. 4-way USB2.0 interface, of which 2-way USB2.0 output to the VHDM connector, sent to the management module to realize KVM remote USB operation function; 1-way USB2.0 interface is used for Mini-PCIE module, 1-way The USB2.0 interface realizes the PS/2 function through the PS/2 chip CJS028-SH, and the PS/2 signal is sent to the management module to realize the remote PS/2 operation function of KVM;

8. The management chip LPC2132 is mainly input into the system startup signal, reset signal, and status information (such as chip temperature and voltage) of the computing blade. After internal conversion, the system monitoring information is output to the VHDM connector through two RS485 buses, and sent to the Management module to realize the remote monitoring and management function of KVM.

Claims (3)

1. a Novel server computing module, is characterized in that, comprises CPU, system bootrom, PCIE bus extension chip, display chip, network chip, RAID chip, USB chip, PS/2 chip, managing chip and VHDM connector;

Display chip is all connected with CPU with bootrom;

Display chip exports 2 road VGA simulating signals, and 1 road VGA signal is connected to front panel, and 1 road VGA signal outputs to VHDM connector;

The 8 tunnel PCIE signal of CPU are connected with the input port of PCIE bus extension chip, and PCIE bus extension chip has 24 road PCIE2.0 interfaces as output port; Wherein:

(1) 8 road PCIE2.0 interface is directly connected with VHDM connector;

(2) 4 road PCIE2.0 interfaces expand 4 road USB2.0 interfaces through USB chip, and wherein, 1 road USB2.0 interface is connected with Mini-PCIE module; 1 road USB2.0 interface connects PS/2 chip, and the PS/2 signal that PS/2 chip exports connects VHDM connector, and other 2 road USB2.0 interfaces are directly connected with VHDM connector;

(3) 4 road PCIE2.0 buses expand 2 road SATA interfaces through RAID chip;

(4) 4 road PCIE2.0 buses are used for carrying out exchanges data with security of system trusted module;

(5) 4 road PCIE2.0 buses connect Mini-PCIE module;

The system enable signal of the input termination Novel server computing module of managing chip, reset signal and status signal; The output terminal of managing chip through two-way RS485 bus output system monitor message to VHDM connector;

The other 4 tunnel PCIE signal of CPU are changed out 2 road gigabit network signals through described network chip and output to VHDM connector.

2. Novel server computing module according to claim 1, is characterized in that, described RAID chip is SIL3132 type integrated device; Described bootrom is S25FL128 type integrated device; USB chip is MCS9990 type integrated device; Managing chip is LPC2132 type integrated device; Network chip is Inte182576 type integrated device, and display chip adopts CH7034 type integrated device.

3. Novel server computing module according to claim 1 and 2, is characterized in that, CPU adopts 1000A type integrated device of soaring.