Sugon TC6600, Руководство пользователя, Страница: 22 / 141

3

Allow access to, install, configure and control the remote blade server from the desktop or any
other place.

Low network bandwidth is needed to eliminate the restriction of blade server system
management and use area, thus accelerating response to the challenge in terms of the
reaction speed.

The BIOS level access and control are independent of operating system, so as to provide the
overall compatibility.

High security. All data transmitted takes the hardware-based 128 bit data encryption.

Web-based access connection, which can carry out the encryption security control and access
of the remote blade server by the browser.
Network Module

The onboard 1G network can select two 1G Ethernet switch modules and provide two 10G
uplink ports, so as to implement the interconnection between blades and between the blade
and the external network quickly, thus minimizing the number of cables.

Support several kinds of MEZZ daughter cards; support 1GbE switching module, 10GbE
switching module, 1GbE direct-connect module, FC switching module, etc., so as to provide
more choices for the user usage pattern.
1.2.2 Reliability, Availability and Maintainability
Product Reliability
Medium Plate

The medium plate provide all other modules with the electrical connection.

It supports the hot swap of various function modules.

The medium plate takes the passive design and uses the connector to connect various
components only without any wiring.
Heat Dissipation

10 independent air ducts design

Higher heat dissipation efficiency.

Reliable heat dissipation function

Take 10 groups of main heat dissipation fan modules, each group provides 1+1 redundancy
internally.

The main heat dissipation fan and power integration fan are responsible for heat dissipation of
the module, and there is not any additional auxiliary fan.
Power

N+1 redundancy or N+N redundancy; monomer power 2KW.

Support the overcurrent/overvoltage protection.