Part No. 10N3-01106
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This is a 6 foot VHDCI 68 to HPDB68 SCSI III cable with gold-plated connectors for superior data transfer and thumb screws to securely attach the cable between the host and the device. -
This is a 3 foot high quality external SCSI II device cable that features gold-plated connectors on 25 twisted pairs for superior data transfer. This particular cable features a Half Pitch DB50 (HPDB50) male connector on one end and a DB50 male on the other.Part No. 10P1-02103 -
This is a 6 foot high quality external SCSI II device cable that features gold-plated connectors on 25 twisted pairs for superior data transfer. This particular cable features a Half Pitch DB50 (HPDB50) male connector on one end and a DB50 male on the other end.Part No. 10P1-02106 -
Serial ATA cable is a great deal smaller and so is less intrusive in the case. Also the IDE cable is limited to 40 CM in length while the serial ATA cable does not have this restriction. Why choose serial over the current Parallel data transfer method. Well there are two main reasons for this. Firstly, having data sent in parallel requires a lot of signal being sent at the same time, this causes electrical interference and can have problem, using serial transfer means you only need a send and receive signal. The second reason is if you are sending data in parallel you have to have a lot more wires. You know that an IDE cable can be a real pain when trying to keep a system cool and running smoothly. They also get in the way of other wires running throughout the system. All of the other data transfer standards we use today are based on the serial data transfer system, USB, Ethernet and FireWire.Part No. 21SA-0005M -
This Serial ATA cable is small and fits well inside your PC case. Adding a small cable allows more room for air flow, helping to keep your PC running cooler. This internal cable is one meter.Part No. 21SA-001M -
Serial ATA cables are a great deal smaller and so is less intrusive in the case. Also the IDE cable is limited to 40 CM in length while the serial ATA cable does not have this restriction. Why choose serial over the current Parallel data transfer method. Well there are two main reasons for this. Firstly, having data sent in parallel requires a lot of signal being sent at the same time, this causes electrical interference and can have problem, using serial transfer means you only need a send and receive signal. The second reason is if you are sending data in parallel you have to have a lot more wires. You know that an IDE cable can be a real pain when trying to keep a system cool and running smoothly. They also get in the way of other wires running throughout the system. All of the other data transfer standards we use today are based on the serial data transfer system, USB, Ethernet and FireWire.Part No. 21SA-5005M -
This Centronics 50 terminator is designed to terminate a CN50 SCSI cable. One end is passive. Connects to internal SCSI cable.Part No. 30C2-05500 -
This adapter is designed to convert an HPDB68 connection into an HPDB50 connection. This is an external SCSI adapter.Part No. 30P2-26200 -
This external SCSI adapter is designed to convert an HPDB68 connection into an HPDB50 connection. Converts HPDB68 female to HPDB50 male.Part No. 30P2-26300 -
This adapter will convert an HPDB68 signal into an IDC50 signal. This works for internal SCSI cables.Part No. 30P2-28100 -
This 14 inch SATA power Y cable is a serial ATA female and a dual serial ATA male. This Y cable is 15-pin.Part No. 31SA-02714 -
IDE NoteBook Hard Drive to Computer Hard Drive Adapter, 2.5 inch IDE/PATA (44 Pin) NoteBook to 3.5 inch IDE/PATA (40 Pin). This device will convert the signal from a laptop hard drive so it can be connected to an internal PC hard drive. A great way to use your laptop hard drive on your home computer.Part No. 3250-03500 -
- 68 Way Half-Pitch D Male (Clip) to 68 Way Half-Pitch D Male (Clip)
- Ultra2 LVD compliant
- Premium quality
- 10 year warranty
Part No. 30690
