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SEBP16-6/8/2
16-slot PCI-Express/PCI-X Graphics Backplane
 
FEATURES
• One SHB Express (PICMG 1.3) System Host Board Slot
• Six x8 and Eight x4 PCI Express slots (mechanical)
• Two 64-bit/100MHz PCI-X Slots
• BTX and 8 Pin +12V PC Power Connectors
• Supports Core and PICMG 1.3 20-slot hole patterns
• RoHS Compliant
• Designed to meet UL Safety, FCC, CE Regulatory Certifications



Non-Blocking Switch Fabric
The SEBP16-6/8/2 four 32-lane PCI Express Switches support a non-blocking switch fabric between the fourteen PCI Express slot s
and the host system. The non-blocking switch fabric supports complex peer-to-peer and host-to-peer data flows.

 

Quality of Service
QoS features allow different applications to route packets through the fabric with differentiated priorities and bandwidths, and
with deterministic latencies. Two Virtual Channels per lane and eight traffic classes allows for different traffic priorities. Virtual
Channel arbitration algorithms are user's selectable and allow the QoS to be optimized for different traffic requirements.

 

End-to-End Packet Integrity
PCI Express Expansion Series provides end-to-end CRC protection and Poison bit support to guarantee error free data transmission.
Corrupted packets are automatically re-transmitted by the hardware with no software intervention or overhead.

 

Maximum Power to Each Slot
The SEBP16-6/8/2 was designed to provide maximum PCI Express power consumption per slot to enable its deployment as a
foundation for high-end embedded system requirements. BTX and 8 Pin +12V PC power supply connectors can supply a maximum
of 25 W for each of the fourteen PCI Express Slots.


 

Physical Dimensions
16.4” x 11.9”

 

Operating Temperatures
0 to 55 Degrees Celsius

 

Relative Humidity
0 – 95%

 

Storage Temperatures
-55 to 125 Degree Celsius

 

Power Requirements (Watts)
+3.3V  Typical       1.17 A
            Maximum   1.42 A
+5V     Typical       5.44 A
            Maximum   6.94 A
+12V   Typical       0 A
            Maximum   –
-12V    Typical       –
            Maximum   –

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