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VXS backplane - Single Star
This VXS unit, VITA 41.x - VMEbus switched serial, represents an extension of VME products and boosts the unfailing VME technology. It is reverse compatible with VME/VME64x and uses a new 6.4Gbps high-speed connector transversely on the PO/JO section of VME64x backplane. This...
VXS backplane - Single Star
This VXS unit, VITA 41.x - VMEbus switched serial, represents an extension of VME products and boosts the unfailing VME technology. It is reverse compatible with VME/VME64x and uses a new 6.4Gbps high-speed connector transversely on the PO/JO section of VME64x backplane. This new connector permits the use of switched fabric signals meant for higher bandwidth and dependability.
It is compliant with the newest VITA standards, has one or two VITA 41.x switch slots and up to 18 VITA 41.x payload slots. Each switch slot route allows one standard 4x link (8 differential pairs) to each payload slot. It has switched serial traffic over PO of V ME64x backplane.
Its high-speed multi-gig RT-2 connectors for up to 6.4Gbps data rate are used in the switch slots (P2-P5) and in the payload slots (PO) compatible with VME64x standard line cards. It has keying modules and alignment mechanisms for all VXS slots according to VITA 41 specification; system management IPMB bus per VITA 38. It supports rear transition modules in the payload slots according to VITA 41.11 specification.
It is compliant with the newest VITA standards, has one or two VITA 41.x switch slots and up to 18 VITA 41.x payload slots. Each switch slot route allows one standard 4x link (8 differential pairs) to each payload slot. It has switched serial traffic over PO of V ME64x backplane.
Its high-speed multi-gig RT-2 connectors for up to 6.4Gbps data rate are used in the switch slots (P2-P5) and in the payload slots (PO) compatible with VME64x standard line cards. It has keying modules and alignment mechanisms for all VXS slots according to VITA 41 specification; system management IPMB bus per VITA 38. It supports rear transition modules in the payload slots according to VITA 41.11 specification.
VXS backplane - VITA 41.0 Rev 1.10 | Dual Star
VXS technology is a product that comes from the VME family. It is an ANSI standard that combines parallel VMEbus with enhancements to support switched serial fabrics including...
VXS backplane - VITA 41.0 Rev 1.10 | Dual Star
VXS technology is a product that comes from the VME family. It is an ANSI standard that combines parallel VMEbus with enhancements to support switched serial fabrics including PCI Express, RapidIO, StarFabric and InfiniBand over a new high speed P0 connector.
It uses a 6.4Gbps high-speed connector, that enables the use of switched fabric signals for higher bandwidth. The system is made according to the latest VITA standards, and the unit features extremely low latency with high performance, that is, it works very well with high data transfer capabilities. The processing power can be scaled to perfectly match anyone's needs. It is mostly used for radar and sonar systems.
It uses a 6.4Gbps high-speed connector, that enables the use of switched fabric signals for higher bandwidth. The system is made according to the latest VITA standards, and the unit features extremely low latency with high performance, that is, it works very well with high data transfer capabilities. The processing power can be scaled to perfectly match anyone's needs. It is mostly used for radar and sonar systems.
VME64x backplane - 3U, 1.5 A
The product, VME64x bus specification or ANSI/VITA 1.1-1997, is an extension of the VME64 standard ANSIVITA 1-1994. It defines a set of features that can...
VME64x backplane - 3U, 1.5 A
The product, VME64x bus specification or ANSI/VITA 1.1-1997, is an extension of the VME64 standard ANSIVITA 1-1994. It defines a set of features that can be added to the VME and the VME64 boards, backpanes and sub-racks. There are major new features on this product for a more faster output which include expanded 160-pin P1/J1 and P2/J2 connectors, an optional 95-pin (2 mm hard metric P0/J0 connector) for more user-defined I/O, +3.3V and auxiliary power voltage, plus more +5V power. The VME64x system is downward-compatible, so that it assemblies with 96-pin connectors to DIN 41612 that can still be used.
VME64x backplane - 6U, 1.5 A
The VME64x bus specification (ANSI/VITA 1.1-1997) is an extension of the VME64 standard ANSIVITA 1-1994. It defines a set of features...
VME64x backplane - 6U, 1.5 A
The VME64x bus specification (ANSI/VITA 1.1-1997) is an extension of the VME64 standard ANSIVITA 1-1994. It defines a set of features that can be added to the VME and VME64 boards, backplanes and subracks. The major new features include expanded 160-pin P1/J1 and P2/J2 connectors, an optional 95-pin (2-mm hard metric P0/J0 connector) for more user-defined I/O, +3.3 V and auxiliary power voltage, plus more +5V power. The VME64x system is downward- compatible, so that assemblies with 96-pin connectors to DIN 41612 can still be used.
PXI backplane / CompactPCI - 3U
The 3U CompactPCI Express unit is made for four slots and works with PXI Express controls...
PXI backplane / CompactPCI - 3U
The 3U CompactPCI Express unit is made for four slots and works with PXI Express controls to work at EXP 0 standards. This uses a PCI Express over CompactPCI form factor and can be used for standard CompactPCI needs as it is backwards compatible. This uses a ZD slot-two setting and an enriched 2mm HM. This is all in an RoHS-compliant body.
SHB Express backplane - xBP-6E5P0
The xBP-6E5P0 provides higher bandwidth output based on Based on PCIexpress switching....
SHB Express backplane - xBP-6E5P0
The xBP-6E5P0 provides higher bandwidth output based on Based on PCIexpress switching. The back-plan utilizes an innovative PLX PEX8649 PCIexpress Gen. 2 switch. This device performs with an excellent flexibility all slots can be equipped with PCIexpress X1, X4, X8 or X16 IO-boards. Its performance depends on the used slot.
Backplane connector - 25 - 40 Gbps, 92 Ω | Impel™
The Impel Backplane Connector System offers a scalable price-for-performance solution for users, providing a high-speed 25 and 40 Gbps footprint. Molex's innovative connector products continue to lead development...
Backplane connector - 25 - 40 Gbps, 92 Ω | Impel™
The Impel Backplane Connector System offers a scalable price-for-performance solution for users, providing a high-speed 25 and 40 Gbps footprint. Molex's innovative connector products continue to lead development in datacom computing marketing due to the high data-rate and high density solutions.
Data-rate improvements will be required for the new high-end system architectures which are currently being designed. These are being made available with the new Impel System. Customers will be able to migrate to faster data rates (40 Gbps) with the footprint and interface provided by the Impel Backplane Connector System. This can be achieved without replacing the hardware already in the data-center or having to redesign the architecture. Simultaneously it helps to meet the mechanical density requirements of the industry.
Data-rate improvements will be required for the new high-end system architectures which are currently being designed. These are being made available with the new Impel System. Customers will be able to migrate to faster data rates (40 Gbps) with the footprint and interface provided by the Impel Backplane Connector System. This can be achieved without replacing the hardware already in the data-center or having to redesign the architecture. Simultaneously it helps to meet the mechanical density requirements of the industry.
Backplane connector - 25 Gbps, 85 Ω | Impact™ XTR
Molexs Impact Backplane Connector System offers facts charges up to and beyond 25 Gbps along with higher signal density up to 30 pairs per cm. It empowers high signal bandwidth whereas...
Backplane connector - 25 Gbps, 85 Ω | Impact™ XTR
Molexs Impact Backplane Connector System offers facts charges up to and beyond 25 Gbps along with higher signal density up to 30 pairs per cm. It empowers high signal bandwidth whereas reducing network presentation difference through every differential pair inside the system. It moreover offers a mountable explanation for improved electrical presentation whereas upholding backwards compatibility. Protecting technology is added to the daughter card side only that will comrade with current backplane headers in the ground. Impact 85 Ohm Plus leverages the 100 Ohm technology, solidity and imprint that offers an electrically improve solution with the addition of a plus clip which progresses mutual mode presentation.
Backplane connector - 10 Gbps | GbX®
The GbX® Backplane Connector System is ideally suited for telecom and datacom designs requiring future speed upgrades. Compatible with 10Gb attachment unit interface (XAUI) and iinfiniBand† based...
Backplane connector - 10 Gbps | GbX®
The GbX® Backplane Connector System is ideally suited for telecom and datacom designs requiring future speed upgrades. Compatible with 10Gb attachment unit interface (XAUI) and iinfiniBand† based...
Backplane connector / DIN - 622 Mbps
Most of the signal style DIN 41612 connectors are available from Molex, from 32 ckt...
Backplane connector / DIN - 622 Mbps
Most of the signal style DIN 41612 connectors are available from Molex, from 32 ckt to 128 ckt. DIN (Deutsches Institut fur Normung) 41612 connectors have been accepted worldwide as a standard for the multitude of interconnection applications as used in data markets and telecommunication, and in aerospace and defense.
MicroTCA backplane connector - 10 Gbps
The Molex Edge Card Connector is a top of the line product. It is designed for a variety of applications. The Micro Telecommunications and Computing Architecture (MicroTCA)...
MicroTCA backplane connector - 10 Gbps
The Molex Edge Card Connector is a top of the line product. It is designed for a variety of applications. The Micro Telecommunications and Computing Architecture (MicroTCA) is emerging as an attractive form factor for low-end equipment such as cellular base stations and access equipment. It utilizes many of the features found in Advanced TCA (ATCA) such as high-speed serial signaling, a robust command and control architecture and redundancy features that allow it to achieve 99.999% availability. Molex's MicroTCA Connector is compliant with the MicroTCA (μTCA) specification issued by PICMG. It is a must have for any Information technology developers.