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STARTECH PCIE FIREWIRE CARD 2X FIREWIRE 800 1 FIREWIRE 400: PEX1394B3LP
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Images shown for reference only
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STARTECH PCIE FIREWIRE CARD 2X FIREWIRE 800 1 FIREWIRE 400: PEX1394B3LP StarTech 3-port 2b 1a LP 1394 PCI Express FireWire Card, 2 x 9-pin Female IEEE 1394B FireWire 800, 1 x 6-pin Fremale IEEE 1394a, FireWire 400, Plug-in Card: PEX1394B3LP
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Shipping Extra
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ATACOM Part #: CONI_STAR_07_LP
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Price: $
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Brand | StarTech | Manufacturer Part | PEX1394B3LP | Product Type | FireWire Adapter | Technical Information | Host Interface:PCI Data Transfer Rate:800 Mbps FireWire 800 Platform Supported:PC/Mac | Interfaces/Ports | 2 x 9-pin Female IEEE 1394b - FireWire 800 1 x 6-pin Female IEEE 1394a - FireWire 400 | Form Factor | Plug-in Card | Physical Characteristics | Dimensions:3.5" Height x 4.7" Width x 0.7" Thickness Weight (Approximate):1.62 oz | Package Contents | 3-port 2b 1a LP 1394 PCI Express FireWire Card Low Profile Bracket Full-size Bracket | Additional Information | Add 3 FireWire ports to a standard or small form factor (SFF) computer with support for high-powered FireWire devices Native PCI Express chipset design rather than a bridge chip, ensures a fast, reliable and cost-effective FireWire expansion Backed by a StarTech.com lifetime warranty and free lifetime technical support | | Add 2 native FireWire 800 ports to your low profile/small form factor computer through a PCI Express expansion slot. This 3 Port PCI Express FireWire card comes equipped with a low profile bracket for installation in small form factor PCs, and includes an optional full-size bracket for installation in a standard-sized PC case. The FireWire card can be installed in a PCIe slot to add two IEEE1394b (FireWire 800 - 9 pin) ports and one IEEE1394a (FireWire 400 - 6 pin) port, providing broad compatibility with a wide range of FireWire devices (e.g. DV camcorders, external hard drives, digital cameras, etc.). The 2x FireWire 800 and 1x FireWire 400 card features a native (single chip) PCI Express chipset, which provides faster, more reliable and cost-effective performance than expansion cards that utilize a ""bridge"" chip. |
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