Showing results: 91 - 97 of 97 items found.
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SKU-012-XX -
Amfeltec Corp.
The TTL to RS-232 adapter connects the Serial UART to the standard RS-232 port for testing and monitoring functionality. The Adapter facilitates ease of use and helps to reduce board space and cost.
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SKU-006-01 -
Amfeltec Corp.
The x1 PCI Express Extender was designed to support the development, debugging and verification of PCI Express boards. The Extender provides a complete PCI Express debugging platform that allows easy access to the logic signals, it has overcurrent protection and hot-swap operation capability.
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SKU-016-XX -
Amfeltec Corp.
The PCI Express Cable Extender was designed to support the development and debugging of PCI Express boards. The PCI Express Cable Extender allows easy access from both sides of the PCI Express board that are plugged into the Extender. It has overcurrent protection and provides access to the PCI Express bus JTAG signals. By enabling access to the PCI Express bus JTAG signals, the PCI Express Cable Extender becomes a universal device that helps support the programming/loading of FPGA/CPLD during debugging and the verification PCI Express boards.
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SKU-001-0X -
Amfeltec Corp.
The 32-bit PCI Extender was designed to support the development, debugging and verification of 32-bit PCI boards. The extender provides a complete PCI debugging platform that allows easy access to logic signals; it has over-current protection, and supports hot-swap operation.
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SKU-017-01 -
Amfeltec Corp.
PCI Express FIller is very useful for solid fixture of x1 and x4 PCI Express boards during production/testing/debugging phases, for example. It prevents the boards from wiggling within their slots.
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SKU-086-B4 -
Amfeltec Corp.
B-series PCI Express Gen3 Carrier board was designed as a cost-effective storage solution for the systems that are using a motherboard with PCI Express bifurcation support. Such motherboards can be configured in the BIOS to split x16 PCI interface to four PCI Express interfaces by utilizing the following PCIe lanes:- x4 PCI Express interface 1: lanes 0,1,2,3 from x16 PCIe interface;- x4 PCI Express interface 2: lanes 4,5,6,7 from x16 PCIe interface;- x4 PCI Express interface 3: lanes 8,9,10,11 from x16 PCIe interface;- x4 PCI Express interface 4: lanes 12,13, 14, 15, from x16 PCIe interface;
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