Hardware
| Name Sort descending | Description |
|---|---|
| GE100 | Mini-computer |
| GE200 | Computer in size between Ge100 and GE400 series. |
| GE600 | This was the large mainframe series. |
| GEC 2050 | The GEC 2050 was an 8-bit minicomputer produced during the 1970s, initially by Marconi Elliott Computer Systems of the UK, before the company renamed itself GEC Computers Limited. The first models… |
| GEC 4060 | The 4060 replaced the 4070 as the entry level processor. It used 4 AMD 2900 bit-slice processors (4 bits wide each) as its main CPU, microprogrammed to run the 4080 instruction set. The 4060 also… |
| GEC 4060M | Ruggedised and minaturized version of the 4060 for defense use. |
| GEC 4062 | The 4062 was a varient of the 4060 which supported 1Mb of store, either core or mixed core/semi-conductor. |
| GEC 4065 | The 4065 is a 4060 which could support 1Mb of semi-conductor memory. |
| GEC 4070 | The 4070 was introduced as a poor man's version of the 4082. Core store was slow, and to gain performance, the 4080/4082 could interleave store accesses, i.e. it could perform simultaneous access… |
| GEC 4080 | The 4080 is the original 4000 series processor. A 4080 system could support up to 256kb of core store, although this would have been an unthinkable amount when the system was developed - the first… |
| GEC 4080M | Ruggedised and minaturized version of the 4080 for defense use. |
| GEC 4082 | The 4082 is a 4080 with 2 extra store address lines, so it can support 1Mb of core store. However, the BMC was still limited to accessing only the bottom 256kb of store. This was not a serious… |
| GEC 4085 | The 4085 is a 4082 with semi-conductor store, making it faster than the 4082. The new semi-conductor store could also be used to add semi-conductor memory to existing 4082 core memory systems. |
| GEC 4090 | The 4090 was the first processor which significantly extended the 4080's original instruction set. The processor was a 32bit processor based on 8 AMD 2900 bit slice processors, and was the first… |
| GEC 4150 | The 4150 is a 4160 with fewer card slots in a desktop case. A CDC LARK disc mechanism was available in a matching case. |
| GEC 4151 | The 4151 is a 4150 designed for mounting in a customer-provided 19" rack. |
| GEC 4160 | The 4160 was an update to the 4065 microprogram to include the additional instructions added to the 4090. These were mostly 32bit instructions, but as the 4160 remained a 16bit processor at the… |
| GEC 4162 | The 4162 was a modification to the 4160 to allow DMAD type I/O processors to be fitted for high speed comms controllers. |
| GEC 4180 | The 4180 was a 4190 with the fast multiplier board and the memory cache removed. This made the system slightly cheaper, but more significantly, enabled it to be sold into countries where export of… |
| GEC 4185 | The 4185 was a 4195 with the fast multiplier board and the memory cache removed (like 4180/4190 comparison). |
| GEC 4190 | The 4190 was basically a hardware tidy up of the 4090. The old 4082/4085 external memory crates for a 4Mb 4090 system required several 6 foot tall 19" racks, and this was all replaced with… |
| GEC 4190D | The 4190D was a dual processor 4190. Only one was ever sold. |
| GEC 4193 | The 4193 was similar to the 4195, but the FMC was swapped for a SCSI I/O processor instead. |
| GEC 4195 | The 4195 was a 4190 with the FMC included in the CPU crate, which reduced the physical size of the system. It had fewer memory slots (but larger memory boards meant it could still take the full… |
| GEC 4220 | The 4220 was a significant hardware change from the 41xx range, although the instruction set remained unchanged. The processor was implemented using Gate Array technology on a single board. The… |
| GEC 4230 | The 4230 was a dual processor version of the 4220. None were ever sold, although it worked well in-house. |
| GEC 4310 | The 4310 was another significant hardware change. The 4310 uses Motorola's MVME187 88100 based VME system, and runs a 4000 series instruction interpretor. Systems are available in 19" rack… |
| GEC Series 63 | The GEC Series 63 was a 32-bit minicomputer produced by GEC Computers Limited of the UK during the 1980s in conjunction with A.B. Dick in USA. During development, the computer was known as the R… |
| GEMMY High-Speed, High-Capacity Magnetic Disk Memory Unit | The Electrical Communication Laboratories (ECL) of Nippon Telegraph and Telephone Public Corporation (now NTT) aimed to improve the performance and economy of file memory, which accounted for a… |
| Getac A790 | The Getac A790 is the latest ultra-rugged model of the Getac Rugged Notebook Family. This extremely rugged notebook not only meets MIL-STD-810G certified and IP65 compliance ratings to survive the… |
| Getac B300 | The B300 is a hard-as-nails road warrior designed to be productive and worry-free mobile computing, and it is fully customizable. |
| Getac E100 | The E100 includes 2GB DDRII DRAM and a vibration resistant SSD, all contained in a watertight fully rugged magnesium alloy case that is shock and drop resistant. |
| Getac E110 | The industry-leading Getac E110 rugged tablet provides features that can boost the productivity of professionals working out in the field under extreme conditions. The new E110 rugged tablet… |
| Getac PS236 | Getac PS236 is the first fully rugged handheld built to meet MIL-STD-810G with high speed HSDPA wireless networking. The built-in GPS receiver, E-compass, altimeter and 3M pixels auto-focus camera… |
| Getac PS236 Android | Getac PS236 Android is the first fully rugged handheld built to meet MIL-STD-810G with high speed HSDPA wireless networking. The built-in GPS receiver, E-compass, altimeter and 3M pixels auto-… |
| Getac PS336 | The built-in GPS receiver, E-compass, altimeter and 5M pixels auto-focus camera with LED flash have been neatly integrated to develop an all-in-one solution. Featuring an RS232 serial port and USB… |
| Getac PS535F | The new fully rugged PS535F from Getac with a high sensitivity GPS receiver, E-Compass, altimeter and a 3M pixels auto-focus camera, is perfect for GIS applications. It is equipped with built-in… |
| Getac S400 | The S400 notebook features a 14 inch wide-screen, sunlight-readable display, which can be upgraded to a 700 NIT display with glove-friendly multi-touch technology. Getac's glove-friendly multi-… |
| Getac V100 | Getac V100 is both MIL-STD-810G certified and IP65 certified, composing a magnesium alloy case, a shock-protected HDD, vibration and drop resistance, and sealed I/O caps and doors to prevent… |
| Getac V200 | Adaptive to different user contexts, V200 comes with a full-sized keyboard of 88 keys and a resistive multi-touch screen that would allow users to operate with gloves on. |
| Getac X500 | Getac X500 is the first rugged and fully equipped standard defense grade commercially available notebook. For the first time, a customized I/O interface is configured into standard specifications… |
| Getac Z710 | The new Getac tablet sets new standards for toughness, connectivity, adaptability and longer operation, all of which mean greater productivity for field operations or on factory floors. |
| Gigabyte ATI Radeon HD 4650 AGP 1GB | Its technical designation is the Gigabyte GV-R465D2-1GI, but you’ll probably know it better by its street name, ATI's Radeon HD 4650. |
| Gigabyte EX58-UD4P | The 6-Gear power phase switching with 12 power phases supporting VRD11.1 design, combined with 2oz copper inner layer give the board its higher efficiency. In fine print near the bottom, it is… |
| Gigabyte GA-2CEWH | Being a key player in a constantly changing market not only requires vision, dedication and ambition, but also an understanding of, and ability to meet, the demands of today's global customer. For… |
| Gigabyte GA-3CCWL-RH | The GIGABYTE GA-3CCWL-RH server/workstation SSI CEB form factor motherboard includes support for dual AMD Opteron 2000-series Socket F processors with HyperTransport technology. Up to 32 GB of… |
| Gigabyte GA-3CCWV-RH | The GIGABYTE GA-3CCWV-RH server/workstation SSI CEB form factor motherboard includes support for dual AMD Opteron 2000-series Socket F processors with HyperTransport technology. Up to 32 GB of… |
| Gigabyte GA-3CESL-RH | Dual-Core (Santa Rosa) Processor/Quad-Core (Barcelona) Processor. |
| Gigabyte GA-3PXSL-RH | Supports AMD® Opteron™ 1000 series (Socket AM2). |
| Gigabyte GA-4KXSV-RH | Built in Intel®ICH7R with SATA RAID 0,1,5, 0+1 without Linux support. |
Contact Us
- Contact: Aaron C. Sylvan,
Board Chair - Address: IT History Society
534 Third Avenue
Suite 1248
Brooklyn, NY 11215 - Email: info@ithistory.org
