![]() Above you’ll find some of the best DYMO sales and discounts as ranked by our Slickdeals community and members. IDEMIA (Morpho) Fingerprint and Facial Recognition Readers IDEMIA Fingerprint & Facial Recognition ReadersĬheetah SE and SE Bio High Assurance Smart Card Readers.Software House Multi-Technology Readers.Ĭheetah High Assurance Smart Card Reader.Cheetah SE High Assurance Smart Card Reader.Find the best May DYMO sales and discounts in 2023 to save money on your next purchase online or in-store. Suprema Biometric Readers with BioConnect Integration Platform IdentyTech Solutions™ Palm Vein and Fingerprint Readers HID® provides innovative radio frequency (RFID) and Wiegand solutions for automated identification and data transmission in access control, computer security, and asset tracking applications. Choose from a wide selection of HID® access control readers utilizing proximity reader technology.A while ago, one of my Northgate keyboards seemed spontaneously to sustain some kind of brain injury. ![]() A number of the keys seemed to have gone haywire. The left shift key didn’t work and several pairs of keys seemed to have exchanged places. I talked with Bob Tibbetts of Northgate Keyboard repair ( ) and he explained the situation. The Northgates are programmable keyboards - they contain a programmable chip. They were designed so that certain key combinations (e.g. ![]() pressing the left shift key four times) puts the keyboard (that is, the programmable chip) into programming mode. Unfortunately the programmable chip had software that worked only with Windows 98 and earlier. If you are using a Northgate keyboard with any other system, the programmable chip is basically a bad chip and should be removed. (Bob noted that he removes the chip from any keyboards that he sells.)įixing the problem is a two-step process. First you “reboot” the keyboard into non-progamming mode, then you remove the chip. You can just reboot the keyboard without removing the chip, of course, and that will fix the immediate problem. How to “reboot” the programmable keyboard But as long as the programmable chip is still in the keyboard, similar problems can occur again at any time. Don’t just a log off or do a “soft” reboot. Press the ESCAPE (ESC) key down and hold it down while you power up your PC. Do not release the ESC key until the computer beeps at you, or you have to do something like entering a password. (If it doesn’t, then the problem was something other than the programmable chip.) This should make the keyboard work normally. Working with Evolution keyboards is tricky because the Evolutions have the little GlidePoint touchpad in the middle of the top of the keyboard. There are short cables that go from the GlidePoint touchpad in the upper part of the keyboard to the “motherboard” in the bottom part of the keyboard.īasically, the GlidePoint cables act as a sort of tether between the upper and lower halves of the keyboard. The cables are short, and virtually impossible to re-attach if you pull them loose. So you have to be careful not to pull them loose. How to remove the programmable chip from an Evolution keyboardįirst, make sure you have read “The anatomy of an Evolution keyboard” (above). “Reboot” the keyboard (see the instructions given above), then shut down (power off) your PC. Turn the keyboard over, so that you are looking at the bottom of the keyboard. Take the six screws (the ones holding the upper and lower parts of the keyboard together) out of the keyboard. Turn the keyboard over, so that it is face up and you are looking at the keys. In the slideshow, you can see the top of the keyboard sitting on a little green box that lifts it about 2.75 inches (7 cm). You can see the GlidePoint cables running from the touchpad in the top of the keyboard to the motherboard in the bottom of the keyboard. Those are the cables that you don’t want to disturb. Lift the top half of the keyboard just enough to free it from the bottom half, then rotate the top clockwise about 4 or 5 inches, just enough to expose the programmable chip. Rotate the top using the location of the touchpad as the pivot point - that way you will disturb the touchpad cables at little as possible. On the top right-hand side, locate the programmable chip. It is a small chip about 1/4″ x 3/8″ with 24C16 embossed on it. Take a small screwdriver and pry the chip out.
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