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F1 series

Core i7 Rugged Military COTS Computer

- Small Form Factor (SFF) with PCIe/104 Architecture

TECHNICAL SPECIFICATIONS PRODUCT GUIDE

© Copyright PERFECTRON Co., Ltd. All Rights Reserved.

Rugged COTS computer with Intel®3rd generation Core- i7 processor

NVIDIA®GPU GT730M supports CUDA 384 independent displays by 4 x DP

Modular rugged chassis with stackable PCIe/104 I/O card expansion.

28V DC MIL-STD-1275/704/DO-160 Power supply with Voltage transient protections

Design for reliability under demanding MIL-STD-810G/DO-160/MIL-461F Thermal Shock, Vibration, Humidity/EMI/EMC conditions

Rugged IP67 aluminum chassis with MIL-DTL-38999 connectors

Military grade M12 X-coded connector

Operating temperature range : -40°C to 75°C +75°C-40°C

Wide Temperature

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F1 series

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IntroductionPERFECTRON F1 series are rugged COTS computers based on a dual cores high

performance 3rd generation IvyBridge Intel Core-i7 processor.

Stackable PCIe/ 104 bus architecture supports add-on high speed I/O expansion.

F1 series solution provide for deployment in military applications, for Multiple PCI

express mini card I/O slots and stackable PCIe 104 bus architecture support add-on

high speed I/O expansion.

F1 series rugged COTS computers are designed to meet MIL-STD-810G,MIL-STD-461F,

MIL-STD-1275D, MIL-STD-704F and RTCA/DO-160G conditions for environmental,

power and EMI compliance (thermal, shock, vibration, dust, water and humidity).

F1 series rugged COTS computers are completely sealed (IP67) against dust and

water Ingress, requires no active cooling, and includes a military-grade power supply

supporting aircraft (MIL-STD-704F) and ground vehicle MIL-STD-1275D) voltages.

F1 unit provides a rugged, conduction-cooled extruded aluminum

chassis designed to fit ATR standard is fully configurable and can be

customized according to the specific demands of your application.

PERFECTRON's F1 solution provides all the applications from

the military defense compliant by MIL-STD 810G, also the

applications of transporation such as the train, trams,

and the bus. To fulfill the demands from the voice of

customers(VOC), PERFECTRON F1 also supplies the

security and surveillance, from monitoring to event

recordering.

Defense

Transportation Surveillan

ce

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F1 series

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Applications

DefenseF1 spending in Defense over the next 10 years and beyond will place heavy emphasis

on unmaned aerial vehicles (UAVs) and much of the supporting infrastructure like

metro and trams control rooms, trains control systems, stations control rooms,

shipboard controls, air and ground control systems, and the aerospace industry.

F1 functions beyond traditional intelleigence, surveillance and reconnaissance by

monitoring and recording the vedio and audio. Combined by optional I/O interface,

F1 provides the customized functions based on all the requirements from our clients.

UAVPERFECTRON F1 takes advantages of the Gen 3rd IvyBridge Intel Core i7 , for

extended wide temperature. It helps reduce board count by PCI/104 structure to

decrease the usage of cables and increase the capability of thermal solutions.

Command and ControlThe key for many Command and Control applications is flexible I/O features coupled

with sufficient processing power for computation and traffic management.

AVIONICSTraditional military avioncss are now making way for more modern interconnected,

integrated systems that allows for more situational battelefield awareness for pilots.

This data-rich environement now requires much the same level of performance as

Command and Control systems from ground stations and UAV assets.

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TransportationPERFECTORN F1 solutions can be leveraged in many transportation applications.

Transportation applications can range from bus, metro, tram, train to railway,

aeronautrical and also traffic cotnrol management.

RailwayFrom ruggedized mobile Internet routers and into the realm of posityive train

control, F1 solutions deliver the reliability and security demanded by rugged railway

applications.

Aeronautical SystemsMultifuction avionics systems for radio control, navigation and weather monitoring

reduce clutter, allowing an air crew to remain attuned to critical needs.

Traffic Control ManagementPERFECTRON F1 can enable interlinked traffic monitoring and control systems that

share data to maximize the potential of road networks.

Security and SurveillanceBeyond CC T V networks, biological and explosives trace detection, and

communications monitoring, Security and Surveillance can execute all the functions

into personal safety, product production and even marketing tailored to individuals.

Video CaptureF1 solutions are well suited for providing surveillance to remote locations like

construction sites, college campuses or even wildlife monitoring. They often use

wireless cameras that send video data to a host system capable of monitoring,

manipulating and storing multiple video data streams.

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F1 series

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What is Rugged COTS?Rugged COTS ATR platform provides an increasingly pivotal solution in the strategic

thinking of defense and military performance. It has been a de-facto standard form

factor for aircraft board electronic equipment since in World War II days of 1940.

And towards the form factors, the F1-10, F1-20 and F1-30 follow the ATR 3/4 short

Standard. They can be used interchangeably in equipment mountings and radio, also

known as ARINC and was designated as ARINC 404 standard.

Why is Rugged COTS?Rugged COTS are increasingly being deployed in wheeled and tracked vehicles,

used in shipboard applications, military and aircraft applications. Each application

is subject to its own array of harsh environmental factors including shock, vibration,

temperature, which need to be taken into consideration. The ATR has been

introduced into applications including surveillance, data collection, and storage and

weapons control.

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Designed to retain PCBs in rugged, heavy shock and high vibration environments

commonly found in Military and Defense and commerical aerospace systems. In

addition to PCB retention, Card and Wedge Lock also aid in thermal transfer from the

PCB to the cold walt via conduction, by improving the interface between the PCB

and the chassis rails.

From time to time, Card and Wedge Lock protection may modify its product

specifications to be in conformity with applicable industry, military or other relevant

standards. Wedge Lock provides the features of narrow design permits closer board

spacing, maximum uniform clamping force, increased thermal transfer, maintains

wedge and body alignment for easy insertion, captivated rear wedge, choice of

screw head style, lighter weight, special legnths, finishes, or other design options

available on request.

Wedge body(fastened or bonded to board)

Alignment spring

Torque-limiting front wedge assembly

Cold plate

Board-module assembly

Intermediate wedge bodieswith alignment springs

Actuating screw

Driven clutch head

Driven clutch head

Clutch spring

Front-end wedgeFront-end wedge

Drive headDrive head

Locknut

Rear wedge

Pins

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Stackable

PERFECTRON F1 series design and location of PC/104 connectors(PCI and PCIe) allow PC/104 module to be stacked like building blocks, It include PC/104 Power module /CPU module (3.5”SBC) / Datacom module / PC/104 I/O module. Modules within a PC/104 stack are joined by stand-off. The heart of PC/104 architecture is stacked-board technique . The expansion buses are implemented using stacking connectors that enable board to plug directly on top of each other. This creates a rugged method of building an emended system from board level components without need for a backplane.

Rugged PC/104 is inherently rugged, Boards are held together with a four-corner mounting

ensure they flex in high vibration and shock testing. All module board are

manufactured with extended temperature components, allow operation from -40°C

to +75°C

CompactPC/104 modules occupy a small footprint, but offer highly powerful computer

processing and data-collection capabilities. Some applications might require one

PC/104 single board computer (SBC) and a power supply. Advanced applications

can employ an SBC and multiple special-purpose peripheral modules such as GPS

receivers, Ethernet switches, video controllers and data collection cards.

Cable-less designAll connectors in the top layer module, this combination allows to minimize the

number of wired connections inside the stack system enclosure and gives more

design and manufacturing flexibility.

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PC/104 Example StackThe side view diagram below shows the F1 series stack configuration, Stack-up design flexibility and expandability can support full specification.

The bottom board must be a power module provides great heat transfer via heat sink.

CPU module is above of power module can be 3 types as below,

1. Low Power to the plate in the top layer. In this case, the module may include communicating connectors and be PC/104-plus or PCIe/104.

2. Low Power to the plate in a layer of BOT. Then the upper side of the module components in PC/104. This is a one-way low profile module.

3. High Power to the plate in a layer of BOT. This is a one-sided unit with a massive heatsink

The expansion module above the CPU module includes storage , LAN board and I/O board must be on the top layer easy to connection all of the cables.

VideoConnector

User I/OConnectors

2 x GbEConnectors

PCI-E x 4, x 1

Video, User I/O, USB3.0

User I/O

SATA, GbE USB 2.0, FBUS

PCI-E x 16

LPC

SPI

Video Processor

Onboard Memory

FPE

HEAT SINK

HEAT SINK

Chipset

Power Supply module

CPU Max 278W StackPC

6 x USB2.06 x USB3.0Connectors

FBUS, SPIConnectors

2 X SATAConnector

Input Power

InterfaceModule

ExpansionModule

ExpansionModule

ExpansionModule

ExpansionModule

HostModule

Power SourceModule

User I/O

User I/O

Video

Free

Inte

rface

Deli

verli

ng

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Hardware Specification

General informationCPU Type Intel® 3rd generation Core™ i7 Processor

System Chipset Intel® QM77

Memory type 1 x DDR3 1333/1600MHz XR-DIMM 8 GB

Storage

HDD/SDD support1 x 2.5” SSD

1 x mSATA SSD backup storage

I/O connectors Power button 1

VGA 1 with M12

DVI 1 with M12

Ethernet 2 with M12 X-Corded connector( up to 6)

Audio 1 with M12

COM 2 with M12

USB 2 with M12

DC-in 1 with M12

Mechanical Housing Aluminum

Weight 7Kg (15.43 lb)

Dimension (W x H x D) 147 x 172 x 268 mm

Power Requirement

Input Voltage9 to 36 VDC (Compliant with MIL-STD-1275/704/DO-160 at 28 VDC transient protections)

Environment LimitsOperating temperature -40 to 75°C (-40 to 158°F)

Storage temperature -40 to 85°C (-40 to 185°F) *without HDD installed

Relative Humidity Up to 95%RH @40°C, non-condensing

Ingress Protection Designed for compliance to IP67, MIL-STD-810G

Standard and CertificationsEMI/EMC Designed to meet MIL-STD-461F & RTCA/DO-160G

Military Designed to meet MIL-STD-810G and RTCA/DO-160G

Vibration & Shock Designed to meet MIL-STD-810G

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F1 series

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Appearance

Rear Cover

Front Cover

Sealing rubber

Sealing rubber

Customize I/O

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F1 series

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Mechanical

268

172

147

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F1 series

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Extension module

SK210 NVIDIA Graphic• CUDA384 support 4 independent DP

• StackPC and PCIe/104 complaint

• Extended Temp. -40~85°C

SK401 Storage• PCIe/104 stackable bus structure

• Support 1 x 2.5” SSD + 2xmSATA SSD slot

• Extended Temp. -40~85°C

SK506 GbE LAN • PCIe/104 stackable bus structure

• Total 6 LAN flexible for Ethernet RJ45 or 10-Pin header

• Extended Temp. -40~85°C

SK704 DC/DC• PCIe/104 Stackable bus

• Input 9V to 36V DC-in

• 105W Max output power

• Efficiency as high as 90%

• Extended Temp. -40~85°C