Kontron KTQ77FLEX 30101611

Technical & Performance Specifications

1. Processor & Chipset
   • Supported CPU: Intel 3rd Gen Core i7/i5/i3, Pentium, Celeron LGA1155 socket processors
   • Chipset: Intel Q77 Express Industrial Chipset with AMT 8.0 remote management
   • Integrated Graphics: Intel HD Graphics 4000 / 2500, DirectX 11, OpenGL 3.1 support
2. Memory Configuration
   • Memory Slots: 2× DDR3 SODIMM notebook memory sockets
   • Maximum Supported Capacity: 32 GB total DDR3-1066/1333/1600 RAM
3. Storage Interfaces
   • 6× SATA III/II ports: 2× SATA 6Gbps, 4× SATA 3Gbps
   • RAID Function: Hardware RAID 0 / 1 / 5 / 10 supported via Q77 chipset
   • mSATA onboard slot for compact solid-state drive expansion
4. Expansion Slots
   • 1× PCIe Gen3 x16 full-length graphics slot
   • 1× PCIe Gen2 x4 expansion slot
   • 2× 32-bit 33 MHz standard PCI slots
5. Display Output Interfaces
   • 2× DisplayPort digital video connectors
   • 1× VGA CRT analog video port
   • Onboard LVDS flat-panel display header
   • Simultaneous triple independent multi-display output capability
6. Network Connectivity
   • 3× Intel Gigabit Ethernet LAN controllers with RJ45 ports
   • LAN Features: Wake-on-LAN, IEEE 1588 precision time synchronization, hardware packet filtering
7. USB & Serial I/O
   • 4× USB 3.0 Type-A rear panel ports
   • 10× USB 2.0 total (rear + internal pin headers)
   • 4× RS232/422/485 configurable serial port headers for industrial equipment communication
8. General Purpose I/O
   • Exclusive KT Feature Connector supporting up to 160 configurable GPIO pins, integrated ADC/DAC analog signal channels
9. Physical & Environmental Parameters
   • Form Factor: Flex-ATX standard industrial motherboard size
   • Operating Temperature Range: -20°C ~ +60°C (standard industrial grade; extended wide temp variant available separately)
   • Storage Temperature: -40°C ~ +85°C
   • Protection Rating: IP40 when installed inside closed industrial chassis
   • Power Supply Compatibility: Standard ATX 12 V industrial power supplies

Function Features

• Long industrial lifecycle component sourcing, stable 7-year continuous production supply to avoid hardware obsolescence
• Intel AMT 8.0 remote out-of-band system monitoring, power control and fault diagnostics without OS operation
• Triple independent display drive for multi-screen HMI, machine vision monitoring and production line data visualization
• Multi-port Gigabit Ethernet with industrial precision time sync for synchronized factory automation equipment communication
• Massive GPIO expansion eliminating requirement for separate external I/O expansion cards, reducing system integration cost
• Hardware RAID protection for industrial critical production data storage
• Wide compatibility with industrial operating systems: Windows 7/10 Embedded, Linux real-time kernels
• Onboard watchdog timer with programmable timeout for automatic system reboot during embedded software crash
• Overvoltage, overcurrent and undervoltage power supply monitoring with early warning signal output

Working Principle

Material & Structural Composition

• PCB Substrate: 8-layer industrial FR4 high-temperature circuit board with heavy copper traces for stable signal transmission under vibration
• Socket Components: Gold-plated CPU, memory and expansion slot contacts for anti-oxidation long-term reliability
• Capacitors: Industrial-grade solid polymer aluminum electrolytic capacitors with 10,000-hour service life at 85°C
• Connectors: Nickel-gold plated RJ45, USB, serial and display ports with reinforced plastic housings
• Mounting Hardware: Standard ATX copper standoff mounting points compatible with all industrial Flex-ATX chassis
• Heat Management: Passive CPU heat sink mounting bracket support, optional active cooling fan header

Installation Requirements

1. Install inside fully enclosed industrial metal chassis with front/rear ventilation grille for air circulation
2. Use industrial ATX power supply with stable 12 V rail output; avoid consumer-grade desktop power units
3. Secure motherboard with all standard ATX standoffs to prevent PCB bending under vibration
4. For wide-temperature operation, equip chassis with forced convection cooling fans to maintain internal temperature below 60°C
5. Route serial/GPIO signal cables separately from high-power motor drive wiring to minimize electromagnetic interference
6. Ground chassis PE protective earth terminal to factory facility grounding grid to eliminate static discharge damage
7. mSATA SSD installation requires thermal pad contact with chassis metal for passive heat dissipation

Application Scenarios

• Industrial machine vision inspection controllers (printing, packaging, electronic defect detection)
• Robot cell embedded main control units for KUKA/FANUC auxiliary vision systems
• Factory floor multi-screen HMI operator stations
• Intelligent transportation roadside embedded monitoring equipment
• Pharmaceutical production line real-time data recording servers
• Test and measurement automated lab equipment control systems

Usage Precautions

• ESD wrist strap mandatory during motherboard handling; static electricity damages onboard integrated circuits
• Do not operate without all required chassis standoffs installed to prevent PCB short-circuit contact with metal chassis
• Avoid installing in environments with heavy oil mist, chemical vapor or conductive dust accumulation
• Watchdog timer must be enabled for unattended 24/7 continuous production operation
• Regularly clean chassis ventilation grilles to prevent dust buildup causing CPU overheating shutdown
• Use industrial temperature-rated SSD/hard disk drives for long-term continuous data storage
• Disconnect all peripheral wiring before BIOS firmware update operation