The PCIe expansion system "Backplane Case #3" offers 6x PCIe slots (x4 slot, full length) in a robust desktop case.Expand the number of PCIe slots on a motherboard of your choice with our PCIe expansion technology. Simply place the included host adapter to a free PCI Express x4 slot on your motherboard. The counterpart, the so-called client adapter, is placed on the PCI Express backplane. Now connect the two controllers with the help of the supplied data cables. The system is immediately ready for use. The backplane has a transparent PCIe switch that transparently handles the communication between the PCIe devices and the host. No drivers are needed and it works on all systems from Windows to MAC OS to Linux. With the Case #3 you have your test equipment, which is available as PCIe hardware, directly at the place of your choice, e.g. on your desk. It might be a measurement electronics, which are used via PCIe hardware or for testing PCIe hardware. Cable lengths from 0.8 - 5m are possible to the host system/PC. The 200 Watt power supply is designed for continuous operation (24/7). The built-in 120 mm fan provides optimal cooling, even with full card assembly and use in harsh industrial environments. Upstream: 1x PCI Express 3.0 X8 Downstream: 6x PCI Express 3.0 X4 Switching Capacity: 58GbpsPower Power consumption: 15W USB Connnector Made in Germany Erzielbare Datenraten Kabel 1 + Kabel 2 PCIe Generation1 5 Gbit/s 10 Gbit/s PCIe Generation2 10 Gbit/s 20 Gbit/s PCIe Generation3 16 Gbit/s 32 Gbit/s Note: the PCIe specification only provides PCIe x1 as a mandatory fallbackoption. fallback option.  The backplane enables via USB interface diagnostics and debug information: The API provides the following information: Power consumption, Current consumption of the 12V and 3V3 rail, PCIe Link Status, Temperature, Fan status, Eye diagram, PCIe slot settings For the PCIe development are available among others: Transaction Layer Packet (TLP) generator for testing anddebugging of links and error handling Real-time eye capture Any-to-any port mirroring for debug purposes External loopback at PHY and TLP layers Errors, statistics, performance, and TLP latency counters

PCI Express Expander Backplane System Expand the number of PCIe slots on a motherboard of your choice with our PCIe expansion technology. Simply place the included host adapter on a free PCI Express x4 slot of your mainboard. The counterpart, the so-called "Client adapter", is placed on the PCI Express backplane. Now connect the two controllers with help of the supplied data cables. The system is immediately ready for use. The backplane(s) has a transparent PCIe switch that transparently handles the communication between the PCIe devices and the host. No drivers are required and it works on all systems from Windows to MAC OS to Linux. PCI Express Backplane - Case #4 - Expandio Enclosure"Case #4" provides space for 19 x PCIe slots (14 of them full length) in a rugged 19" case.The client adapter, which is placed on the upstream port of a backplane, connects to the host adapter on a free PCIe slot of the host system (e.g. 19" 1U server maiboard). Cable lengths of 0.8 - 5m are possible. The 650 Watt SFX power supply is designed for continuous operation (24/7). Four 80 mm fans provide optimal cooling, even with full card assembly and use in harsh industrial environments. Your selected expansion stage:PCI Express GEN3 | 6x Expansion Slots - Backplanes & Hostcontroller | ATX Case #2 In this variant, the scope of delivery consists of the following components: Case #2 - ATX Case 650Watt SFX-PSU 1x Backplane PCIe Gen3 - 6 fold 1x Set 50cm data cable 1x Client adapter* (Place on backplane for uplink) 1x Host adapter* (Placement on mainboard) 5x Case fan 80mm *Client / host adapters can be used for internal as well as external (to another housing). For this purpose, the adapter can be switched from internal to external by means of a jumper setting. For a connection to another housing other cable lengths are available, please contact us for this. Technical data Backplane PCIe Gen3 - 6 fold: Upstream: 1x PCI Express 3.0 X8 Downstream: 6x PCI Express 3.0 X4 Switching Capacity: 58GbpsPower Power consumption: 15W USB Connnector Made in Germany Erzielbare Datenraten Kabel 1 + Kabel 2 PCIe Generation1 5 Gbit/s 10 Gbit/s PCIe Generation2 10 Gbit/s 20 Gbit/s PCIe Generation3 16 Gbit/s 32 Gbit/s Note: the PCIe specification only provides PCIe x1 as a mandatory fallbackoption. fallback option.     The backplane enables via USB interfacediagnostics and debug information: The API provides the following information: Power consumption, Current consumption of the 12V and 3V3 rail, PCIe Link Status, Temperature, Fan status, Eye diagram, PCIe slot settings For the PCIe development are available among others: Transaction Layer Packet (TLP) generator for testing anddebugging of links and error handling Real-time eye capture Any-to-any port mirroring for debug purposes External loopback at PHY and TLP layers Errors, statistics, performance, and TLP latency counters

Digital Devices ExpandIO for the expansion of 1x PCIe x8 to 6x PCIe GEN V2 slots - host controller / backplane - for all standard PCIe cards Reward with the "Industrial award 2018 - BEST OF" With the PCIe Expander you can expand an x8 PCIe slot to up to six PCIe slots. The bandwidth of the PCIe host is distributed to the six new PCIe slots with 20 GBit RX and 20Gbit TX. The PCIe backplane has two PCIe x4 slots and four PCIe x1 slots. The provision of the expanded PCIe slot is operating system independent, so all popular operating systems such as Microsoft Windows®, Linux (from kernel 2.6.34), OS X / MacOS, etc. can be used. The expansion of the PCIe slot is not limited to Digital Devices hardware, but PCIe slot cards from any manufacturer can be used. For the use of Digital Devices hardware, the construction of high-density streaming servers or IP head stations is now possible without the purchase of expensive motherboards, which had to have a large number of PCIe slots for as many tuners. With our Max series, which already provides you with 8 tuners per card, you can expand a single PCIe slot for up to 48 tuners. The backplane is designed for installation in the 5.25" frame of a computer housing, so that over 3x 5.25" slots also PCIe slot cards in full height can be installed in the backplane housing. The communication between the host controller and the backplane is made via two included 50cm Dataport cables and ensures a stable transmission. The cable length can be changed variably. To poweri supply the PCIe backplane and the expanded PCIe slots, the necessary power is provided via a SATA connection directly from the ATX power supply for 3.3V / 1A per slot. For 12V consumers, the supply current depends on the power supply. The backplane also has separate fan connections to generate sufficient cooling. The host controller is PCIe GEN3 compliant and requires no power from the power supply. Developed and produced in Germany Note: This article is a set of host controllers and backplane designed for external cabling via the host controller. In the external version of this article, the Dataport cables are routed outside the PC for connection to the backplane.

Digital Devices ExpandIO for the expansion of 1x PCIe x8 to 6x PCIe GEN V2 slots - host controller / backplane - for all standard PCIe cards Reward with the "Industrial award 2018" - BEST OF   With the PCIe Expander you can expand an x8 PCIe slot to up to six PCIe slots. The bandwidth of the PCIe host is distributed to the six new PCIe slots with 20 GBit RX and 20GBit TX. The PCIe backplane has two PCIe x4 slots and four PCIe x1 slots. The provision of the expanded PCIe slot is operating system independent, so all popular operating systems such as Microsoft Windows®, Linux (from kernel 2.6.34), OS X / MacOS, etc. can be used. The expansion of the PCIe slot is not limited to Digital Devices hardware, but PCIe slot cards from any manufacturer can be used. For the use of Digital Devices hardware, the construction of high-density streaming servers or IP head stations is now possible without the purchase of expensive motherboards, which to have a large number of PCIe slots for as many tuners. With our Max series, which already provides you with 8 tuners per card, you can expand a single PCIe slot for up to 48 tuners. The backplane is designed for installation in the 5.25" frame of a computer housing, so that over 3x 5.25" slots also PCIe slot cards in full height can be installed in the backplane housing. The communication between the host controller and the backplane is made via two included 50cm Dataport cables and ensures a stable transmission. The cable length can be changed variably. To power supply the PCIe backplane and the expanded PCIe slots, the necessary power is provided via a SATA connection directly from the ATX power supply for 3.3V / 1A per slot. For 12V consumers, the supply current depends on the power supply. The backplane also has separate fan connections to generate sufficient cooling. The host controller is PCIe GEN3 compliant and requires no power from the power supply. Developed and produced in Germany Note: This article is a set of host controllers and backplane designed for internal cabling via the host controller. In the internal version of this article, the Dataport cables are routed inside the PC for connection to the backplane.

PCI Express Expander Backplane System Expand the number of PCIe slots on a motherboard of your choice with our PCIe expansion technology. Simply place the included host adapter on a free PCI Express x4 slot of your mainboard. The counterpart, the so-called "Client adapter", is placed on the PCI Express backplane. Now connect the two controllers with help of the supplied data cables. The system is immediately ready for use. The backplane(s) has a transparent PCIe switch that transparently handles the communication between the PCIe devices and the host. No drivers are required and it works on all systems from Windows to MAC OS to Linux. PCI Express Backplane - Case #2 - ATX Gehäuse Case #2 provides space for 6/12/18/19x PCIe slots in a rugged 19" case. In addition to the backplanes, an ATX mainboard can be placed in Case #2 to accommodate the client adapter(s) to expand the PCI Express slots. The client adapter on the backplane and the host adapter on the mainboard are connected with the included 50cm data cable. Also included is the 650Watt SFX power supply which is designed for continuous operation (24/7), in addition five 80mm fans work and provide optimal cooling, even with full card assembly and use in harsh industrial environments.   Your selected expansion stage:PCI Express GEN3 | 6x Expansion Slots - Backplanes & Hostcontroller | ATX Case #2 In this variant, the scope of delivery consists of the following components: Case #2 - ATX Case 650Watt SFX-PSU 1x Backplane PCIe Gen3 - 6 fold 1x Set 50cm data cable 1x Client adapter* (Place on backplane for uplink) 1x Host adapter* (Placement on mainboard) 5x Case fan 80mm *Client / host adapters can be used for internal as well as external (to another housing). For this purpose, the adapter can be switched from internal to external by means of a jumper setting. For a connection to another housing other cable lengths are available, please contact us for this. Technical data Backplane PCIe Gen3 - 6 fold: Upstream: 1x PCI Express 3.0 X8 Downstream: 6x PCI Express 3.0 X4 Switching Capacity: 58GbpsPower Power consumption: 15W USB Connnector Made in Germany Erzielbare Datenraten Kabel 1 + Kabel 2 PCIe Generation1 5 Gbit/s 10 Gbit/s PCIe Generation2 10 Gbit/s 20 Gbit/s PCIe Generation3 16 Gbit/s 32 Gbit/s Note: the PCIe specification only provides PCIe x1 as a mandatory fallbackoption. fallback option.     The backplane enables via USB interfacediagnostics and debug information: The API provides the following information: Power consumption, Current consumption of the 12V and 3V3 rail, PCIe Link Status, Temperature, Fan status, Eye diagram, PCIe slot settings For the PCIe development are available among others: Transaction Layer Packet (TLP) generator for testing anddebugging of links and error handling Real-time eye capture Any-to-any port mirroring for debug purposes External loopback at PHY and TLP layers Errors, statistics, performance, and TLP latency counters