Showing results: 1 - 15 of 34 items found.
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OEM -
Strobe Data Inc.
5.25" high by 19" wide by 20" deep (134 x 483 x 508 mm), this chassis is FCC/CE certifiable**. A quad-height Qbus backplane, cooling fans, and slides are provided, diskette and hard drives (two visible 5.25" and two hidden 3.5" bays), and up to four quad-
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9322 E -
Strobe Data Inc.
Basic Hawk Co-Processor card set with 2.0 Mbyte memory and microcoded instructions for Nova 4X and Eclipse S280. Executes ALU instructions in 275 nanoseconds. ISA bus compatible, two slots required. Approximate CPU performance of actual S280.
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9322 EF -
Strobe Data Inc.
Hawk Co-Processor (Hawk-E) including hardware floating point option, two slots required. 430K Whetstones/second under Fortran V.
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9322 EI -
Strobe Data Inc.
Hawk Co-Processor (Hawk-E) including I/O bus adapter with control logic for DG-compatible I/O devices, two slots required. Supports both Programmed and Data Channel I/O.
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0149-DX -
Strobe Data Inc.
Windows/NT Kestrel Co-Processor for two times the speed of the Kestrel /SX. Occupies one PCI slot. A writable control store, FPGA implementation of the HP1000 architecture with 4 MBytes of tightly coupled, zero wait-state memory
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PDP-11, HP1000 and Nova / Eclipse -
Strobe Data Inc.
The ultimate migration approach for legacy 16-bit minicomputers and applications, Strobe hardware/software emulation products execute RSX, RSTS and RT-11 (DEC PDP-11), RTE (HP1000) and RDOS (Data General Nova and Eclipse) in a Windows environment on enterprise PC technology. Migrating complete applications from the minicomputer to Strobe Data's Osprey, Kestrel or Hawk ordinarily takes less than a day.
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9476-Q-B -
Strobe Data Inc.
Qbus Controller board for Osprey ISA/EISA bus compatible. Occupies PC slot adjacent to item 2 or 3. I/O Adapter logic provides Programmed I/O and DMA access to "real" Qbus compatible controllers (those not otherwise emulated).
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9476-U-B -
Strobe Data Inc.
Unibus Controller board is EISA/ISA bus compatible and occupies PC slot adjacent to item 2 or 3. I/O Adapter logic provides Programmed I/O and DMA access to "real" Unibus compatible controllers (those not otherwise emulated).
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9668 -
Strobe Data Inc.
Dual-height card plugs into PDP-11 Qbus backplane. Fibrechannel cable plugs into Qbus logic connector on Osprey /TXP. I/O Adapter logic provides Programmed I/O and DMA access to "real" Qbus compatible controllers (those not otherwise emulated).
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9793 -
Strobe Data Inc.
Dual-height card plugs into PDP-11 Unibus backplane. Fibrechannel cable plugs into Unibus logic connector on Osprey /TXP I/O Adapter logic provides Programmed I/O and DMA access to "real" Unibus compatible controllers (those not otherwise emulated).
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9740-S -
Strobe Data Inc.
PCI version of the Osprey /SX successor to the Osprey 18B Occupies one PCI slot. A writable control store, FPGA implementation of the PDP-11 architecture with 4 MBytes of tightly coupled, zero wait-state memory.
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9381 -
Strobe Data Inc.
A slide-in replacement for a Nova/Eclipse. A 10.5 inch (267 mm) high chassis with a 5-position Nova/Eclipse backplane and card cage, 450 watt power supply, cooling and rack slides. Accommodates up to five DG-compatible 15" x 15" (381 x 381mm) boards, a PC motherboard, diskette drive and up to three visible half-height disk drive bays and one internal half-height drive bay.
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0072 -
Strobe Data Inc.
ATXstyle Motherboard, 3 x 5-1/4" Bays, 2 x 3-1/2". A 10-Slot HP 1000 backplane, cooling fans, and slides are provided plus space for a standard ATX PC motherboard, diskette and hard drives (3 x 5-1/4" and 2 x 3-1/2").
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0224 -
Strobe Data Inc.
The chassis has a 13-slot 21MX backplane, of which 12 are available to the user; power supply, cooling fans, PC passive backplane and slides plus space for PC single board computer, diskette and hard drives (two visible 3.5" and two hidden 3.5" bays).
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0228 -
Strobe Data Inc.
This chassis has a 38-slot 21MX backplane of which 37 are available to the user. It also includes power supply and cooling fans. A firewire Chassis Interface Card (CIC) must be purchased to provide back-plane signals from the Kestrel to the chassis.
