CN204833116U - A New 1U Gemini Server - Google Patents

Abstract

The utility model provides a novel 1U Gemini server, which belongs to the technical field of computer servers and comprises a chassis base, a left side server system module, a middle hot plug hard disk system module and a right side server system module; the left mainboard module is arranged at the front part of the left server system module, a left preposed I/O component is arranged at the front end of the left server system module, and the left memory module and the left processor module are respectively connected to the left mainboard module; the left server system module is connected with a left power supply board on the chassis base; the middle hot-plug hard disk system module is connected with the chassis base in a sliding way through a sliding rail. The functions of mainboard preposition, integral hard disk push-pull preposition maintenance, high expansion of 12 hard disks and easy maintenance are realized, plug-in replacement can be realized, the application characteristic of the integral system is improved, and the expansion and maintenance performance of the product is improved.

Description

A New 1U Gemini Server

technical field

The utility model relates to the technical field of computer servers, in particular to a novel 1U twin star server.

Background technique

Generally, for a 1U Gemini server, the system layout is in the front of the hard disk and the rear of the motherboard; the hard disk has low expandability, and the number of hard disks supported is 4 or 8; Maintenance applications such as cables have poor functionality.

Contents of the invention

The technical task of the utility model is to solve the deficiencies of the prior art and provide a novel 1U twin-star server.

The technical solution of the utility model is realized in the following manner. The structure of this novel 1U Gemini server includes a chassis base, a left server system module, a central hot-swappable hard disk system module and a right server system module;

The left server system module is set on the left part of the chassis base, the middle hot-swappable hard disk system module is set on the middle part of the chassis base, and the right server system module is set on the right part of the chassis base;

The chassis base is composed of a left power supply board, a middle power supply board, a right power supply board, a signal adapter board and a secondary power supply board. The external power supply of the chassis base is input through the connection of the secondary power supply board. The control signal is input and output by the signal adapter board;

The left server system module is composed of the left structural fixing box, the left front panel, and the left main board module. The left main board module is arranged at the front of the left server system module. I/O components are installed, and the left mainboard module is fixedly connected to the chassis base by the left manual screw and the left buckle; the main body of the left server system module is provided with the left memory module and the left processor module, and the left The memory module and the left processor module are respectively connected to the left motherboard module; the left server system module is connected to the left power supply board on the chassis base;

The right server system module is composed of the right structural fixing box, the right front panel, and the right main board module. The right main board module is arranged at the front of the right server system module. The I/O component is installed, and the main board module on the right is fixedly connected to the chassis base by the manual screw on the right and the buckle on the right; the main body of the server system module on the right is provided with a memory module and a processor module on the right, The memory module and the right processor module are respectively connected to the right motherboard module; the right server system module is connected to the right power supply board on the chassis base;

The central hot-swappable hard disk system module is equipped with a central structural fixed box, with two stacked double hard disk modules in front of the central structural fixed box, and eight hard disk hot-swappable structural modules, telescopic cables ARM, Composed of hard disk backplane and slide rails, the hard disk backplane is connected to the secondary power supply board of the chassis base through the telescopic cable ARM;

The hard disk hot-swappable structure module bracket and the middle structure fixing box are fixed by buckles, the hard disk hot-swap structure module bracket and the hard disk hot-swap structure module are connected through the side and the bottom through the fixing column and arranged on the middle structure fixing box;

The cable of the hard disk backplane is connected to the telescopic cable ARM, and the telescopic cable ARM can be freely retracted;

The hot-swappable hard disk system module in the middle is slidably connected to the base of the chassis through slide rails.

The left server system module and the right server system module are respectively arranged on both sides of the middle hot-swappable hard disk system module, and the left server system module, the middle hot-swap hard disk system module and the right server system module are all arranged on the chassis base on the same level.

The front part of the left server system module is provided with a left external SAS card; the front part of the right server system module is provided with a right external SAS card.

Compared with the prior art, the utility model has the following beneficial effects:

The overall server system of this new type of 1U Gemini server is composed of chassis base, left server system module, middle hot-swappable hard disk system module and right server system module. It has the functions of high expansion and easy maintenance of three hard disks.

When the machine is working normally, if you need to replace and maintain the hard disk, you only need to pull the handle of the hard disk box, the hard disk structure module moves forward smoothly and steadily through the slide rail, and the rear telescopic cable ARM moves freely, and gradually moves out of the box with the fixed module box On the front surface, eight hard disk hot-swappable structural modules at the rear of the module can be plugged and replaced.

This new 1U Gemini server provides a server design system with high expansion, high calculation and easy maintenance, which improves data storage expansion capability and high-performance data processing capability; adds front-end maintenance and application functions, and improves the maintenance and application of cables and other management components. efficiency. Thereby improving the application characteristics of the overall system and increasing product competitiveness.

This new type of 1U Gemini server improves the product performance of multi-storage and multi-calculation of the server. It has the characteristics of ease of use, hot-swappable function, high computing processing characteristics and high expandable storage applicability, so as to improve the overall application performance of the product. The expansion and maintenance performance of the product has been greatly improved, and the market competitiveness of the product has been improved.

The new 1U twin-star server has reasonable design, simple structure, safety and reliability, convenient use and easy maintenance, and has good promotion and use value.

Description of drawings

Accompanying drawing 1 is the structural representation of the utility model;

Accompanying drawing 2 is the structural representation of the left side server system module of the present utility model;

Accompanying drawing 3 is the structural representation of the central hot-swappable hard disk system module of the present utility model;

Accompanying drawing 4 is the structure diagram of the right side server system module of the present utility model.

The marks in the accompanying drawings indicate respectively:

1. Chassis base, 2. Left server system module, 3. Middle hot-swappable hard disk system module, 4. Right server system module,

5. Left power supply board, 6. Middle power supply board, 7. Right power supply board, 8. Signal adapter board, 9. Secondary power supply board,

10. Left structural fixing box, 11. Left front panel, 12. Left motherboard module, 13. Left front I/O component, 14. Left memory module, 15. Left processor module,

16. Right structural fixing box, 17. Right front panel, 18. Right motherboard module, 19. Right front I/O component, 20. Right memory module, 21. Right processor module,

22. Middle structural fixing box, 23. Stacked dual hard disk modules, 24. Hard disk hot-swappable structural module, 25. Telescopic cable ARM, 26. Hard disk backplane, 27. Slide rails, 28. Hard disk hot-swappable structural module stand,

29. Insert the SAS card on the left side, and 30. Insert the SAS card on the right side.

Detailed ways

A kind of novel 1U Gemini server of the present utility model is described in detail below in conjunction with accompanying drawing.

As shown in the drawings, a new 1U Gemini server of the present invention has a structure including a chassis base 1, a server system module 2 on the left side, a hot-swappable hard disk system module 3 in the middle and a server system module 4 on the right side;

The server system module 2 on the left side is arranged on the left part of the chassis base, the hot-swappable hard disk system module 3 in the middle part is arranged on the middle part of the chassis base, and the server system module 4 on the right side is arranged on the right part of the chassis base;

The chassis base 1 is composed of a left power supply board 5, a middle power supply board, 6 right power supply board 7, a signal adapter board 8 and a secondary power supply board 9. The external power supply of the chassis base is connected to the secondary power supply board 9 inputs, the external control signal of the chassis base is input and output by the signal adapter board 8;

The left server system module 2 is composed of a left structural fixing box 10, a left front panel 11, and a left main board module 12. The left front I/O component 13 is provided, and the left motherboard module is fixedly connected to the chassis base through the left manual screw and the left buckle; the main body of the left server system module is provided with a left memory module 14 and a left The side processor module 15, the left memory module and the left processor module are respectively connected to the left motherboard module; the left server system module is connected to the left power supply board 5 on the chassis base;

The right side server system module 4 is made up of the right structure fixing box 16, the right front panel 17, and the right side mainboard module 18, and the right side mainboard module is arranged at the front part of the right side server system module, and the front end of the right side server system module is set There is a right front I/O component 19, and the right motherboard module is fixedly connected to the chassis base through the right manual screw and the right buckle; the main body of the right server system module is provided with a right memory module 20 and a right The processor module 21, the memory module on the right side and the processor module on the right side are respectively connected to the motherboard module on the right side; the server system module on the right side is connected to the power supply board 7 on the right side on the chassis base;

The central hot-swappable hard disk system module 3 is provided with a central structural fixed box 22, two stacked double hard disk modules 23 are arranged in front of the central structural fixed box, and eight hard disk hot-swappable structural modules 24 are arranged at the rear of the central structural fixed box. The cable ARM25, the hard disk backplane 26, and the slide rail 27 are composed, and the hard disk backplane 26 is connected to the secondary power supply board 9 of the chassis base through the telescopic cable ARM25 for power supply;

The hard disk hot-swappable structure module support 28 and the middle structure fixing box 22 are fixed by buckles, the hard disk hot-swap structure module support and the hard disk hot-swap structure module are connected through the side and the bottom by fixing columns and arranged on the middle structure fixing box ;

The cable of the hard disk backplane 26 is connected on the telescopic cable ARM25, and can be freely retracted through the telescopic cable ARM;

The hot-swappable hard disk system module in the middle is slidably connected with the chassis base 1 through the slide rail 27 .

The left server system module and the right server system module are respectively arranged on both sides of the middle hot-swappable hard disk system module, and the left server system module, the middle hot-swap hard disk system module and the right server system module are all arranged on the chassis base on the same level.

The front part of the left server system module is provided with a left external SAS card 29; the front part of the right server system module is provided with a right external SAS card 30.

Claims (3)

1. A novel 1U Gemini server, characterized in that it comprises a chassis base, a server system module on the left side, a hot-swappable hard disk system module in the middle and a server system module on the right side; The left server system module is set on the left part of the chassis base, the middle hot-swappable hard disk system module is set on the middle part of the chassis base, and the right server system module is set on the right part of the chassis base; The chassis base is composed of a left power supply board, a middle power supply board, a right power supply board, a signal adapter board and a secondary power supply board. The external power supply of the chassis base is input through the connection of the secondary power supply board. The control signal is input and output by the signal adapter board; The left server system module is composed of the left structural fixing box, the left front panel, and the left main board module. The left main board module is arranged at the front of the left server system module. I/O components are installed, and the left mainboard module is fixedly connected to the chassis base by the left manual screw and the left buckle; the main body of the left server system module is provided with the left memory module and the left processor module, and the left The memory module and the left processor module are respectively connected to the left motherboard module; the left server system module is connected to the left power supply board on the chassis base; The right server system module is composed of the right structural fixing box, the right front panel, and the right main board module. The right main board module is arranged at the front of the right server system module. The I/O component is installed, and the main board module on the right is fixedly connected to the chassis base by the manual screw on the right and the buckle on the right; the main body of the server system module on the right is provided with a memory module and a processor module on the right, The memory module and the right processor module are respectively connected to the right motherboard module; the right server system module is connected to the right power supply board on the chassis base; The central hot-swappable hard disk system module is equipped with a central structural fixed box, with two stacked double hard disk modules in front of the central structural fixed box, and eight hard disk hot-swappable structural modules, telescopic cables ARM, Composed of hard disk backplane and slide rails, the hard disk backplane is connected to the secondary power supply board of the chassis base through the telescopic cable ARM; The hard disk hot-swappable structure module bracket and the middle structure fixing box are fixed by buckles, the hard disk hot-swap structure module bracket and the hard disk hot-swap structure module are connected through the side and the bottom through the fixing column and arranged on the middle structure fixing box; The cable of the hard disk backplane is connected to the telescopic cable ARM, and the telescopic cable ARM can be freely retracted; The hot-swappable hard disk system module in the middle is slidably connected to the base of the chassis through slide rails. 2. A new type of 1U Gemini server according to claim 1, characterized in that: the left side server system module and the right side server system module are respectively arranged on both sides of the central hot-swappable hard disk system module, and the left side server system module The module, the hot-swappable hard disk system module in the middle and the server system module on the right are all arranged on the same horizontal plane on the chassis base. 3. A new type of 1U Gemini server according to claim 1, characterized in that: the front part of the left side server system module is provided with a left side external SAS card; the front part of the right side server system module is provided with a right side Insert an external SAS card.