R27 series product model description:
Model Gold finger and connector interface direction Product application
R27SF 4.0 U. 2 SFF-8639 to PCIe x4 straight female seat without power supply U. 2 SSD adapter
R27SL 4.0 U. 2 SFF-8639 to PCIe x4 upper bend female seat with power cord U. 2 SSD adapter
R27SL-TU 4.0 U. 2 SFF-8639 to PCIe x4 Bend female seat with power cord U. 2 SSD adapter
Product model: R27SF 4.0, R27SL 4.0, R27SL-TU 4.0 (R27 series)
Product name: U2 to PCI-E X4 cable
Wire length: 3-100cm
Speed Bandwidth: PCIe 4.0 x4 gen4, 64G/bps
Product function: industrial control server equipment connection, PCIe signal high-speed transmission
Length description: The length of the wire in our shop is the part of the single-finger wire, excluding PCB and connectors.
one. Cable advantages, using high-speed cables developed and designed by ADT, using connectors imported from Taiwan, supporting PCIe 4.0 x4 64G/bps full-speed stable transmission
two. The cable length advantage, from 3 cm to 1 meter can be customized. The adapter cable sold by our store has low wire impedance, and the cable length within 60 cm supports PCIe 4.0 full speed.
three. The differential signal has no via hole design, there is no signal attenuation interference problem of parasitic capacitance and parasitic inductance, and there is no CAF micro-short circuit phenomenon, and the product is durable
Four. The product is made of high-quality materials, the PCB workmanship is precise, the thickness of the copper material is thickened to 1oz, the gold-plated content of the gold finger is sufficient, and the gold-plated foot has good electrical conductivity, which can reduce the blue screen of crash caused by the increase of oxidation and rust resistance.
Fives. The wire used for the product is very durable. It is protected by a PCB gasket with a thickness of 3mm at the metal welding point, and the screw and hexagonal nut are fastened. Nail drop problem. The wire can be bent or folded without affecting the use.
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There is metal layer shielding, using advanced EMI shielding conductive polymer, new material for EMI shielding, flat cable design. This technology allows each cable to be completely covered by an EMI shield of conductive polymers to prevent incoming or outgoing emissions of electromagnetic frequencies, minimising interference and performance degradation, and reducing cable weight.