| MULTI SITE PROGRAMMERS |
PRODUCT |
DESCRIPTION |

|
Pilot-932D Gang/Set Programmer
Supports 24-pin to 32-pin DIP packages, from 2732 to 27C080 (8-MEG), 28F040 and 29F040, etc. Includes true low voltage support. |

|
Pilot-932C Gang/Set Programmer
Supports 32-pin PLCC packages, 2732 to 27C080, 29C256 to 29C040, 29F010 to 29F040, etc. Includes true low voltage support. |
 |
Pilot-1600 16-site Gang Programmer
Similar to PILOT-932, but has two expansion ports instead of one, making it capable of supporting two Gang Modules, allowing 16 devices (such as serial PROMs, flash memories or Microchip PICs) to be programmed in gang mode. |
 |
SpeedPro-9000A Stand-Alone Universal gang programmer
Operates in stand-alone round-robin mode. Through-put matches that of
an 8-gang programmer. |
 |
SpeedPro-3000A Dual-Pak Stand-Alone 2-Gang Concurrent Programmer Expandable to 8-Gang
Universal gang programmer pack. Programs different types of DIP devices on standard equipment:
EPROMs, PIC micros, 89C5x micros and logic devices.
Operates in stand-alone round-robin mode: devices are being programmed while operator unloads and loads a device. Helps to optimize productivity of both machine and operator. |

|
MultiMax 8G+ - Standalone Universal Device Programmer
MultiMax-8G+ is a new generation programming system to meet all the needs of today's most demanding programming centers |

|
ProMax - Concurrent & USB 2.0 Programmer
ProMax is the most innovative and cost effective 4- or 8- gang programming solution. Its state-of-the-art technology and high-speed programming algorithms optimize throughput, reliability and yields. |

|
SpeedMax - High-speed Stand-alone Programmer
SpeedMax uses the fastest programming architecture on the market today to deliver the highest possible throughput and increased performance efficiency |

|
FlashMax - High-Density Stand-alone Programmer
Introducing the most cost effective high-performance Programming System to program leading high-density Flash memory and other programmable devices (such as Samsung NAND Flash) at near theoretical minimum programming times |