NanoPAK Small Form Factor Computer


Product Description

The small, light footprint and powerful performance of the NanoPAKTM small form factor computer make it an ideal solution for rugged commercial and military field applications. The NanoPAK integrates an Intel® Atom® or AMD® Fusion®processor with FLASH storage in a small, light footprint that optimizes size, weight, power, and cooling. NanoPAK systems are complete, stand alone computer systems designed for unmanned vehicles, ground vehicles, man-wearable, shipboard, and other extreme environments, where space, weight, power and cost are critical.

Leveraging PRS thermal and kinetic management design expertise, the NanoPAK computer boasts a hardened-aluminum conduction-cooled chassis that survives harsh environmental conditions. The NanoPAK computer supports field applications that include real time control, data recorders, small storage and communications systems, and mobile robotics. All standard PC interfaces are available. Additional interfaces include discretes. Ideal for mission-critical applications, the NanoPAK’s robust performance and cost-competitive price make it an attractive choice for military, commercial, and industrial use.


  • General
    • All I/O and power through 69 pin Micro D-SubConnector
    • Optional sealed connector designed to meet IP-67
    CPU Architecture
    • Intel® Atom® or AMD® Fusion® Processor
    • Dimensions (W x H x D): 89 mm X 21 mm X 96 mm
    • Weight .2 Kg (typical)
    • Linux® or Microsoft Windows®
    • Local or Network PXE boot
    Environmental
      • Conduction Cooled
      • Operating Case Temperature: -40° C to + 71° C
      Military Specification
      • MIL-STD-810G
FEAURE INTEL ATOM AMD LOW POWER AMD MEDIUM PERFORMANCE AMD HIGH PERFORMANCE
Architecture Intel Atom AMD Fusion AMD Fusion AMD Fusion
Part Name TSY-202NP TSY-211NP TSY-213NP TSY-215NP
64 Bit Processor N455 T40R T40N T56N
BIOS AMI Themis UEFI Themis UEFI Themis UEFI
Chipset ICH8M A55E A55E A55E
GPU nVidia GMA 3150 AMD Radion 6250 AMD Radion 6290 AMD Radion 6320
Qty GPU Core N/A 80 80 80
CPU Core @Clock 1x Core @ 1.66 MHz 1x Core @ 1.0 GHz 2x Core @ 1.0 Ghz 2x Core @ 1.65 GHz
CPU Mezz RAM, Note 2 1 GB DDR3 @ 667 MHz
(standard), 2 GB
2 GB LV DDR3 @ 1066 MHz (standard), 4 GB Max 2 GB LV DDR3 @ 1066 MHz
(standard), 4 GB Max
2 GB DDR3 @ 1333 MHz
(standard), 4 GB Max
CPU Mezz FLASH, Note1 0, 1, 2 GB (standard) 0, 16, 32 (standard), 64 GB 0, 16, 32 (standard), 64 GB 0, 16, 32, 64 GB (standard)
Basecard FLASH,
Note 2
0, 16, 32 (standard), 64 GB 0, 16, 32 (standard), 64 GB 0, 16, 32 (standard), 64 GB 0, 16, 32, 64 GB (standard)
Audio In, Note 2 Line (standard)/Mic In Line (standard)/Mic In Line (standard)/Mic In Line (standard)/Mic In
Audio Out Line Out Line Out Line Out Line Out
GigE 1x 1x 1x 1x
VGA 1400 X 1050 @ 60 Sec (Max) 1920 X 1200 @ 60 Sec (Max) 1920 X 1200 @ 60 Sec (Max) 2048 X 1536 @ 60 Sec (Max)
SATA, Note 2 1x SATA with 2x GPI and 2x GPO
or No SATA with 4x GPI and 4x
GPO (standard)
1x SATA with 2x GPI and 2x GPO
or No SATA with 4x GPI and 4x
GPO (standard)
1x SATA with 2x GPI and 2x GPO
or No SATA with 4x GPI and 4x
GPO (standard)
1x SATA with 2x GPI and 2x GPO
or No SATA with 4x GPI and 4x
GPO (standard)
USB 2.0 2x USB 2.0 @ 500 mAmp
2x USB 2.0 @ 2 Amp (Surge)
2x USB 2.0 @ 500 mAmp
2x USB 2.0 @ 2 Amp (Surge)
2x USB 2.0 @ 500 mAmp
2x USB 2.0 @ 2 Amp (Surge)
2x USB 2.0 @ 500 mAmp
2x USB 2.0 @ 2 Amp (Surge)
RS-232 1x RS-232 TXD/RXD 1x RS-232 TXD/RXD 1x RS-232 TXD/RXD 1x RS-232 TXD/RXD
RS-232/422/485,
Note 2
1x RS-232 (standard)/422/485 1x RS-232 (standard)/422/485 1x RS-232 (standard)/422/485 1x RS-232 (standard)/422/485
GPIO, Note 2 2x GPI and 2x GPO with 1x SATA
or 4x GPI and 4x GPO without
SATA (standard)
2x GPI and 2x GPO with 1x SATA
or 4x GPI and 4x GPO without
SATA (standard)
2x GPI and 2x GPO with 1x SATA
or 4x GPI and 4x GPO without
SATA (standard)
2x GPI and 2x GPO with 1x SATA
or 4x GPI and 4x GPO without
SATA (standard)
I2C, Note 2 1x Factory Configuration on
Basecard, User or VGA DDC
(standard)
1x Factory Configuration, User or
VGA DDC (standard)
1x Factory Configuration, User or
VGA DDC (standard)
1x Factory Configuration, User or
VGA DDC (standard)
Vbatt In, Note 2 9.0 VDC to 35 VDC (standard)
3.0 VDC (Optional)
No Battery if using Vbatt In
9.0 VDC to 35 VDC (standard)
3.0 VDC (Optional)
No Battery if using Vbatt In
9.0 VDC to 35 VDC (standard)
3.0 VDC (Optional)
No Battery if using Vbatt In
9.0 VDC to 35 VDC (standard)
3.0 VDC (Optional)
No Battery if using Vbatt In
Battery, Note 2 BR1225 / BR1225A
Solder In -40C to +125C (Option)
Socketed -30C to +80C (standard)
BR1225 / BR1225A
Solder In -40C to +125C (Option)
Socketed -30C to +80C (standard)
BR1225 / BR1225A
Solder In -40C to +125C (Option)
Socketed -30C to +80C (standard)
BR1225 / BR1225A
Solder In -40C to +125C (Option)
Socketed -30C to +80C (standard)
Processor Max
TDP
6.5 Watts 5.5 Watts 9.0 Watts 18 Watts
Typical NanoPAK
Power, Note 3
12 Watts 17 Watts 21 Watts 26 Watts

The NanoPAK supports a myriad of field applications that include:

  • Stand Alone Computer
  • Smart-Display Processor
  • Learning Center
  • Man Wearable Computer
  • Mobile Computer
  • Airborne-Display Processor
  • Payload Controller

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