Showing results: 76 - 86 of 86 items found.
-
ELMA Electronic, Inc.
Elma offers embedded computing board level products, including single board computers, mass storage, Ethernet and PCIe switches, FPGAs and custom I/O solutions. Our focus is to provide proven technology based on standard architectures like VME, VPX, CPCI, ATCA, and COM-Express as well as other standard and custom small form factors. We partner with leading board manufacturers.
-
F9 Systems, Inc.
This ATCA compatible design offers the flexibity to verify the thermal characteristics of your Advanced TCA chassis, logic cards and backplane designs. Used in conjunction with the ThermalBlade the RTM emulates a typical rear mounted logic card. Application component heights and features, airflow resistance and enclosure power dissipation can be evaluated and analyzed.Maximum sustainable watts are 113 with two switches turned on. Watts are dissipated throughout the entire RTM ThermalBlade equally.
-
Tracewell Systems
Tracewell has extensive experience designing and manufacturing systems based on standard architectures including VPX, VXS, VME, VME64x, VXI, ATCA, MicroTCA, and CPCI. The Tracewell System Architecture (SA) products, based on standard, commercial technologies can be used in a wide variety of commercial and military applications including: battlefield command & control systems, ground and flight sensor control systems, vehicle navigation controls, and medical imaging devices.
-
F9 Systems, Inc.
This ATCA compatible design offers the flexibility to verify the power and thermal characteristics of your Advanced TCA chassis, logic cards and backplane designs. Emulating typical application component heights and features, airflow resistance and enclosure power dissipation can be evaluated and analyzed. A variety of power conditions can be selected and controlled independently to meet your design needs. Maximum sustainable watts are 450 with three switches turned on. Watts are dissipated throughout the entire ThermalBlade equally.
-
F9 Systems, Inc.
This ATCA compatible test card offers the flexibility to verify the performance of Advanced TCA fabric and base channels. The set of four Transmit pairs and four Receive pairs allows access to a full channel's eight pairs for backplane path characterization. The card includes a HM-ZD connector segment for access to the backplane and edge-launch SMA connectors for ease of test cable attachment. DC blocking capacitors are included on the receive pairs as required by Advanced TCA.
-
pixus technologies
Pixus offers various AdvancedTCA switches, FPGAs, processors, graphics, RTMs, and specialty cards. With our key partnership, Pixus can help you find the right boards at the right price. For simplicity, you can order your full ATCA system and boards through Pixus or we will refer you to the best fit for your application. Our flexible approach leaves the choice to you, and helps ensure you are getting the best performance and value required for your system.
-
ATC126 -
Vadatech Inc
The ATC126 is a high performance ATCA processor blade featuring dual 14-core Intel® Xeon® processor (E5-2658 v4, E5-2680 v4, E5-2648L, 2618L, 2620 or 2630 v4), with up to eight banks of 256 GB DDR4 memory with ECC. Versatile connectivity includes two 10/40GbE Fabric Interfaces, dual GbE Base Interfaces, dual front panel GbE egress Ports, front panel dual RS-232 and USB 3.0/2.0 Ports and front panel DVI-I connector.
-
F9 Systems, Inc.
This ATCA compatible test card offers the flexibility to verify the performance of Advanced TCA fabric and base channels. The set of four Transmit pairs and four Receive pairs allows access to a full channel's eight pairs for logic card characterization. The card includes a HM-ZD male right angle connector segment for access to the Zone 2 connectors of a switch fabric or node card. Edge-launch SMA connectors are utilized for ease of test cable attachment. SMT pads are included on the receive pairs.
-
Vadatech Inc
VadaTech has one of the most extensive portfolios of A/D and D/A converters in the industry, in a range of form factors and a variety of channel and sampling rate options to meet all your data acquisition needs. Our ADC and DAC are widely used in high energy physics, military, aerospace and industrial applications thanks to variants based on MicroTCA.4, MicroTCA.0, FMC, OpenVPX and AdvancedTCA (ATCA).
-
Analog Devices Inc.
The Analog Devices family of I2C solutions support hot swappable, 2-wire bidirectional bus buffers to allow I/O card insertion into a live backplane without corruption of the data and clock busses. Additional supported 2-wire buses include SMBus, PMBus, the ATCA intelligent platform management bus (IPMB), and the HDMI DDC bus. I2C/SMBus Accelerators improve bus transitions to allows multiple device connections or a longer, more capacitive interconnect, without compromising slew rates or bus performance. ADI's software-programmable and pin-selectable I2C multiplexers help resolve I2C address limitations, increase fan-in or fan-out, and integrate bus buffers and rise time accelerators for an all-in-one solution. Resistor configurable I2C address translators can be configured with over 100 unique slave addresses to allow multiple slave devices with the same address to coexist on the same bus.
-
PCI113 -
Vadatech Inc
PCI113 is VadaTech second generation PCIe expansion module. The PCI113 is a high-speed 20Gbps bridge from the host PCIe bus to VadaTech’s carrier and Rear Transition Module (RTM) products such as the ATC104/114/118/117/119, ART114, μTCA chassis, etc. The different carriers host different I/O modules such as PMC/PrPMC, AMC, PCI-X and PCIe edge modules. This concept allows any of the available I/O modules in these standard form factors to be integrated quickly and easily into an AdvancedTCA or μTCA subsystem. The PCI113 allows expansion among multiple μTCA chassis or expansion into other chassis that are not ATCA or μTCA based.The PCI113 is a single module PCIE based on the PCISIG specification. The PCI113 provides a PCIe x4 link infiber/copper via front panel QSFP. The dual front I/O allows expansion into two separate systems independently. The upstream port must not have spread spectrum PCIe clock enabled.
