Speed/
Bandwidth |
Backplane
Families |
| 5.0
Gbps |
 |
VHDM
- HSD
The 8-row 2.00 mm (.079") Very High Density Metric High Speed Differential
connector system is designed for BTB applications that require higher
speed signal integrity than the standard VHDM.
VHDM-HSD is a registered trademark of Teradyne, Inc.
|
| 2.5
Gbps |
 |
VHDM
The 2.00 mm (.079") pitch Very High Density Metric (VHDM) connector system
is available in 6- and 8-row versions and is designed for B-to-B applications
that require very high interconnect density and high speed signal integrity.
VHDM is a registe |
| 1.5
Gbps |
 |
HDM
2.0 mm (.079") pitch. The 6-row High Density Metric (HDM) connector system
is designed for applications that require high interconnect density and
high-speed signal integrity.
HDM is a registered trademark of Teradyne, Inc. |
| 1.0
Gbps |
 |
MZP™
2.00mm, 5 Row, IEC 1076-4-101 and Hard Metric (HM) standard compliant.
Compact PCI (CPCI) Bus. |
| 0.622
Gbps |
 |
MFB™
MFB (Futurebus+) connector system is a modular 2.00mm (.079") grid system
for high-density, board-to-board and cable-to-board applications. MFB
is available in 4- and 5-row versions and complies with hard metric packaging
standards. |
| 0.622
Gbps |
 |
Omnigrid¨
2.50mm (.098") pitch, 5 row true metric system, design flexibility of
pin and socket modules. Complies with IEC 1076-4-100 and Bellcore specifications |
| 0.622
Gbps |
 |
DIN
41612
2.54 mm (.100") pitch, 3 Row DIN 41612 and IEC 603-2 Standards. VME and
Multibus associated Busses. |
| Fibre
Optic |
 |
MT
High Density Backplane Interconnect System (HBMT)
Utilizing a standard MT ferrule as the optical interface, the HBMT provides
up to 96 Fibre interconnects. |
| Fibre
Optic |
 |
MTP
Backplane Interconnect System (BMTP)
Based on the NTT MT ferrule and MTP push-pull ribbon Fibre connector,
the BMTP interconnect is a high density solution for today's space constrained
Fibre optic systems. |
| Fibre
Optic |
 |
LC
Backplane Connector System (BLC)
Our BLC is specifically designed to provide a smooth transition from
the PC board mounted and pigtailed active devices to the backplane Fibre
optic components using a standard LC interface. |
| Fibre
Optic |
 |
SC
Backplane Connector System (BSC/BSCII)
The BSC and BSCII backplane connector systems have been designed to provide
a smooth transition from the board mounted and pigtailed devices (LED's,
lasers, receivers, and WDM devices) to the SC based Fibre optic network. |
| Fibre
Optic |
 |
FlexPlane
For high Fibre count interconnects in backplanes and cross-connect systems,
Molex's FlexPlane™ high density routing on a flexible, flame-resistant
substrate provides a manageable means of Fibre routing from card-to-card
or shelf-to-shel |
