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Zeta Miniature COM-Based SBC Zeta Miniature COM-Based SBC Ultra-Small Solution with Integrated DAQ using COM Express Mini Type 10 CPU Modules The Zeta COM Express SBC family ofultra-small embedded computer boards combines aCOM Express Mini CPU module mounted onasame-size carrier board tocreate acomplete embedded PC. Designed inthe COM Express Mini Type 10form factor (84×55mm/ 3.3×2.2in), Zeta provides anultra-compact, industry-standard form factor solution. 3key components pre-assembled: AComputer onModule (COM) providing the core CPU functionality Acarrier board providing the I/O transceivers and connectors, power supplies, and expansion sockets Aheat spreader with aflat exterior surface for direct mounting and heat transfer tothe system enclosure This layered architecture offers the highest functional density for any given footprint. Asacomparison, Zeta offers functionality and performance equivalent toDiamond’s top-selling Aries SBC atjust40% ofthe size. Zeta currently supports three processor options: Intel Bay Trail E3825 1.33GHz Dual Core CPU with 2GB RAM Apollo Lake E3940 1.6GHz quad core CPU with 4GB RAM Apollo Lake N4200 1.1GHz (burstable to2.5GHz) Quad Core CPU with 8GB RAM Zeta’s small size and high feature density make itanideal choice for mobile applications. Itstands ready tomeet the challenges ofthese environments with awide range 6-36VDC input voltage, a −40 to+85°C operating temperature range, and fanless heat spreader cooling (heat sink options are available). Benefits ofCOM-based SBCs The use ofinterchangeable industry-standard CPU modules onZeta offers two important system designer benefits: Performance scalability: One can design multiple applications based onaconsistent hardware platform and select the CPU that best fits the price/ performance/ power requirements ofeach one. Inaddition, astime goes onand your application needs more horsepower tosupport increased functionality, you can simply upgrade toanewer CPU with minimal tonoredesign effort. Long product life: The majority oftoday’s x86 embedded processors offer limited lifecycles of5-7years, soany long-life product dependent onanx86 single-board computer (SBC) islikely torequire redesign sometime during its lifecycle. Using industry-standard COMs lets you easily migrate toanew generation CPU module inthe exact same form factor and containing the same feature set, with virtually nohardware orphysical redesign efforts. Zeta isideal for long-life applications such asMilitary, Medical, and Transportation. Venus Venus 3.5 Inch Core i7/i5 SBC Based on the "Skylake" 6th generation Core i7/i5 U series processor with PassMark rating up to 4800, Venus offers the highest available CPU performance in a small form factor rugged SBC with modest power consumption. It incorporates a full suite of rugged features such as soldered memory, latching connectors, a thicker PCB, and true -40/+85ºC operating temperature, making it suitable for the most demanding vehicle applications. High I/O density, multiple expansion sockets, rugged design, modest power consumption of 14W, and wide temperature operation combine to make Venus an extremely attractive option for applications requiring high CPU performance or ruggedness.
Eaglet SBC Eaglet SBC Compact Form Factor I/O Baseboard with installed ARM Computer-on-Modules The Eaglet SBC combines the Toradex Apalis family ofARM COMs with awide variety ofstandard and industrial I/O features tocreate off-the-shelf solutions for ARM-based industrial embedded computing. Eaglet SBCs include the selected ARM module and heat sink pre-installed onthe Eagle baseboard. Eaglet SBCs include the selected ARM module and heat sink pre-installed onthe Eaglet baseboard. Eaglet provides along life, scalable platform for ARM-based application development. Toradex’s Apalis module family currently contains three members, with the newest module, Apalis TK1, recently introduced inJuly 2016. The Apalis form factor, aswell asall processors used onthe modules, have long life commitments from their suppliers, ensuring long life availability ofthe complete product. Customers have great flexibility inselecting not only the price/performance characteristics ofthe installed COM, but multiple configurations including the number ofcores, memory and flash size, and operating temperature range. Most I/O features can beconfigured tomeet any customer’s specific requirements aswell ascost and power consumption targets. This includes removal ofunneeded features and I/O connectors plus additional ruggedization services. This product is also available as a baseboard without the ARM module installed. Configure your own Eaglet solution! Click here Diamond-MM-16R-AT Diamond-MM-16R-AT PC/104 16-Bit Analog I/O Module with Autocalibration The DMM-16R-AT features top performance and flexibility for amid-range price. Ithas 16single-ended/ 8differential analog voltage inputs with both unipolar and bipolar input ranges, programmable gain, and amaximum sampling rate of100KHz. The 4D/A channels and 16digital I/O lines provide additional real-world control and monitoring capability. The full −40 to+85°C industrial temperature operation ensures reliable and accurate performance inany embedded system application. Afully-featured software library with example programs and agraphical user interface completes the solution tomake the DMM-16R-AT asolid choice for PC/104 embedded systems requiring analog I/O. DMM-16R-AT isfully compatible with the original DMM-16-AT analog I/O module and can serve asadrop-in replacement offering reduced cost and enhanced digital I/O features. The mechanical design, connector type and pinout, and software interface are all identical the original board, eliminating any mechanical orsoftware engineering efforts.
DIAMOND-MM-16RP-AT DIAMOND-MM-16RP-AT PC/104 16-Bit Analog I/O Module with Autocalibration The DMM-16RP-AT features top performance and flexibility for amid-range price. Ithas 16single-ended/ 8differential analog voltage inputs with both unipolar and bipolar input ranges, programmable gain, and amaximum sampling rate of100KHz. The 4D/A channels and 16digital I/O lines provide additional real-world control and monitoring capability. The full −40 to+85°C industrial temperature operation ensures reliable and accurate performance inany embedded system application. Afully-featured software library with example programs and agraphical user interface completes the solution tomake the DMM-16RP-AT asolid choice for PC/104-Plus embedded systems requiring analog I/O. DMM-16RP-AT isimplemented asaPC/104-Plus board, however itfeatures anovel dual bus interface. Both ISA and PCI connectors are installed and connected tothe FPGA. The board will autoselect the PCI bus when present, however ajumper can beused todisable the PCI bus and force the board into ISA bus mode ifdesired. This allows the board tobeused inboth PCI and ISA bus PC/104 systems (assuming the PCI-104 connector does not pose amechanical interference problem with other boards inthe system). The board uses 3.3V signaling onthe PCI bus and must beused only with 3.3VPCI bus SBCs. The ISA bus uses the standard 5Vlogic levels. Helix Helix PC/104 SBC with 1GHz Vortex86DX3 CPU and On-board Data Acquisition Diamond’s family ofHelix PC/104SBCs combines mid-range CPU performance, standard PCI/O, and on-board data acquisition circuitry atacompetitive price. Available PCI/O includes 6USB 2.0, 4serial ports (2RS-232/422/485 and 2RS-232), 1 10/100Mbps Ethernet, and aSATA port. The data acquisition circuit includes 20 16-bit analog inputs, 4 16-bit analog outputs and 27digital I/O lines configurable ascounter/timers and pulse width modulators. Helix supports stackable I/O expansion with PC/104I/O modules and provides aPCIe MiniCard socket for additional I/O expansion. I/O modules featuring WiFi, Ethernet, analog I/O, digital I/O, and CAN are available inthe PCIe MiniCard form factor, providing compact expandability without increasing the total height ofthe system. Helix SBCs run Linux and Windows Embedded Standard7. Both Linux and Windows Embedded7 Software Development Kits are available with bootable images and drivers toget you started onyour design project right out ofthe box. The Helix SBC was designed with rugged applications inmind. With anoperating temperature of −40°C to+85°C, soldered on-board memory, and thicker PCB, Helix isanexcellent choice for vehicle and other harsh environment applications. Customization Options The following customization options are available for the Helix SBC family. Some ofthese options are mutually exclusive and minimum order quantities apply. 2GB on-board RAM instead of1GB Additional Gigabit Ethernet port onD model 1CANbus 2.0 port mSATA interface shared with PCIe MiniCard socket +8-32V 50W DC/DC wide voltage power input Latching connectors instead ofpin headers Replace configuration jumpers with 0ohm resistors Conformal coating Custom BIOS &custom FPGA code Development Kits Complete Development Kits with abootable operating system are available with all the components you need toget started onyour embedded design project. The kit contains aHelix SBC, 32GB MLCSATA-DOM flashdisk with your choice ofWindows Embedded 7or Linux pre-loaded, cable kit, ACadapter, and software CD. Helix Cable Kit The Helix cable kit includes cables for Helix input and output. Many cables are also available individually.
Jupiter-MM-5000 Jupiter-MM-5000 Advanced Technology PC/104-Plus DC/DC Power Supply Jupiter-MM-5000 power supplies consist ofaPC/104 form factor module with complete DC-DC voltage regulator circuitry, integrated thermal solution, detachable screw terminal block I/O connections, and PC/104 bus connectors. The wide input voltage range of8to32VDCis compatible with industry standard 12V, 24V, and 28Vinputs. On-board intelligence provides anunsurpassed level ofcontrol, monitoring and safety. All features are accessible and configurable via benchtop application software plus aprogramming library for real-time control. The Jupiter-MM-5000 uses astate ofthe art design with the latest generation high efficiency components. Itdelivers efficiency ashigh as95percent, reducing input power requirements aswell asheat generation. Jupiter-MM-5000 was engineered for rugged applications such asautomotive oron-vehicle. Extended temperature operation of −40°C to+85°Cis tested and guaranteed. Low-profile, surface mount components reduce susceptibility toshock and vibration. Both alow profile heat sink and heat spreader are available. I/O connections are made with locking screw terminal blocks for the highest degree ofruggedness. Advanced System Controller The full featured Jupiter-MM-5312 models include asystem controller that offers advanced configuration, control, and monitoring features. The system controller isaccessed via aUSB port and isaccompanied bybenchtop configuration software aswell asanapplication library for in-application real-time control. Individual supply on/off control for +12V, +5V, +5Vstandby, +3.3V, and +3.3V standby outputs Individual supply output voltage/ current monitoring Output voltage sequencing and slew rate control Output voltage adjustment Input voltage monitoring Fault handling based onprogrammable limits with interrupt notification, including supply shutdown incase ofoverload orother programmed conditions Hiccup mode for auto-restart when fault conditions are removed Min/ max voltage and temperature logging Secondary input cutover voltage selection I/O Connectivity Jupiter-5000 has two detachable, locking screw terminal blocks with 14AWG wiring compatibility. The main power input isona4-position terminal block featuring dual input conductors for increased current capacity. One terminal blocks supply the output power for +5Vand +12V. All output voltages from the supply are also fed tothe designated power pins onthe PC/104 and PC/104-Plus connectors. There isalso atwo-pin friction lock pin header for hardwired remote on-off control. PCIe MiniCard Carrier PCIe MiniCard Carrier PCI/104-Express Quad PCIe MiniCard Carrier The PCIe MiniCard carrier offers four PCIe MiniCard sockets onacompact PCI/104 Express form factor board. All four sockets have PCIe x1and USB interfaces and support full size and half size PCIe MiniCard modules. The module provides full support toall sockets while consuming only asingle lane ofhost SBC resources. SIMcard support isprovided for two sockets. All power isderived from the PCIe/104 connector 5Vpower tab. The PCI-104 connector provides apass through connection and isnot used bythe module. Extended temperature capability (-40°C to+85°C) enables the board tooperate inenvironments with extreme temperature swings, such asvehicles oroutdoor installations. For further enhanced ruggedness, zero ohm resistors can replace jumpers.
Pluto SBC Pluto SBC ETX Form-Factor Embedded-Ready Subsystem with PC/104-Plus Expansion and Configurable CPU Pluto isahigh performance, highly integrated board-level embedded-ready subsystem that matches the footprint ofthe popular ETX computer-on-module (COM) standard. Pluto’s CPU core consists ofanETX CPU module mounted onits bottom side, and isavailable with your choice ofdifferent power/performance CPUs. Pluto utilizes conduction cooling for improved ruggedness and reliability through the use ofaheatspreader, improving thermal management and increasing the space for I/O functions and connectors. This innovative design has enabled Pluto tointegrate additional serial and Ethernet controllers, acomplete set ofperipheral interface header connectors, and aPC/104-Plus expansion stack location— all within the compact ETX footprint. Four mounting holes onthe bottom ofthe conduction cooled heatspreader are provided tomount Pluto inanenclosure ortoabulkhead. These mounting holes are #6-32 threaded holes on2.8″ centers. Choice ofCPUs: 1.91GHz Intel Bay Trail E3845 1.65GHz AMD Fusion G-T56N 1.0GHz AMD Fustion G-T40N Pluto isoffered inarange ofmodels that vary according tothe choice ofETX CPU module and on-board SO-DIMMSDRAM capacity. Achoice ofETX COMs offers scalable performance for your application aswell asprotection from obsolescence through plug compatible CPU modules. Itcan beused either asahighly integrated embedded component, orasaplatform for application development and reference designs. Pluto’s baseboard includes connectors and interfaces for keyboard, mouse, USB, serial, parallel, Ethernet, sound, various mass storage devices. Itsupports the connection ofawide variety ofdisplays, including CRTs, 18-bit or24-bit LVDS-interfaced flat panels, and televisions. Power issupplied bymeans ofarobust six-pin terminal block. System Block Diagram Pluto Cable Kit The Pluto cable kit includes cables for Pluto input and output. Number Qty Cable Description 1 2 6989007 Dual USB cable 2 1 6989004 Audio in/out cable 3 2 6989012 SATA data cable 4 1 6989011 PS/2 Keyboard/ Mouse cable 5 2 6989015 Ethernet RJ-45 cable 6 2 6989008 Dual Serial Port cable 7 1 6989006 Parallel cable 8 1 6989010 VGA cable 9 1 6989001 Parallel tofloppy cable 10 1 6989005 IDE data cable 11 1 6989002 DCPower cable, +5V& +12V, 4-wire 12 1 6989003 DCPower cable, +5V, 2-wire JANUS-MM-4LP-XT JANUS-MM-4LP-XT PC/104-Plus Quad Isolated CAN Module with 24 Digital I/O High Performance CAN Functionality The Janus-MM-4LP-XT I/O module offers two or four CANbus 2.0B ports with opto-isolation plus 24digital I/O lines. Models are available inboth the PC/104-Plus and PC/104 form factors. AnFGPA core houses the CAN controller logic and provides data rates upto1Mbps. Each port supports standard and extended frames aswell asexpandedTX andRX message queues for enhanced performance. Each port has its own combination isolator and transceiver chip. The Janus-MM-4LP-XT fits awide variety ofrugged and on-vehicle embedded serial I/O application needs. Digital I/O Janus-MM-4LP-XT offers 24programmable digital I/O lines organized asthree 8-bit digital I/O ports. Rugged Design Janus-MM-4LP-XT was designed with harsh applications inmind including latching connectors tofurther improve reliability. Extended temperature operation of −40°C to+85°Cis tested and guaranteed. The module iscompatible with MIL-STD-202G shock and vibration specifications. Key Features All four CAN ports onthe Janus-MM-4LP-XT are driven from anFPGA-based CAN 2.0 bus controller core which provides full CAN2.0B functionality. Each port has anAnalog Devices combination isolation and transceiver chip, independently isolating itfrom the host system and other ports toeliminate sensitivity tonoise and ground shifts inthe network. The product has several jumper configurable options including CAN termination and bias. The digital I/O logic level and pull-up/ pull-down resistors are also jumper configurable. For additional ruggedization, zero ohm jumper-bypass resistors can beinstalled inany configuration. Software Support Janus-MM-4LP-XT comes with abasic CAN driver for Windows7, XPand Linux2.6. The driver supports dual-independent and dual-redundant modes.
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