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Proteus Adds SnapEDA CAD Model Search to Boost Electronics Design Productivity

Posted on by mixos

Engineers using the latest version of Proteus will now benefit from SnapEDA search integrated within its PCB design software, allowing them to innovate faster

Today, SnapEDA, creators of the first search engine for electronics design, and Labcenter Electronics, creators of Proteus Design Suite, are announcing a new collaboration that places SnapEDA directly within Proteus’ printed circuit board (PCB) design environment.

Creating computer-aided design (CAD) models is a time-consuming process that can take hours or even days for each component in a printed circuit board design. This is why SnapEDA created the pioneering electronics design search engine, allowing engineers to download ready-to-use models so they could start designing and innovating instantly.

This new collaboration between Labcenter Electronics and SnapEDA takes things a step further by allowing engineers to search and import SnapEDA’s CAD models directly within the Proteus Design Suite, without ever having to leave their design environment. The collaboration includes free PCB footprints, schematic symbols, and 3D models for millions of electronic components.

“Proteus is a highly-adopted PCB design tool, that is especially known for its simulation capabilities and ease-of-use. By integrating SnapEDA within Proteus, we’ll be able to make the experience of sourcing CAD models even more frictionless for Proteus users by allowing them to search and place parts without ever having to leave their design environment,”

said Natasha Baker, Founder & CEO of SnapEDA.

For Proteus, the library integration with SnapEDA is part of their commitment to continuously develop features that reduce the time to market for their customers.

“The integration of SnapEDA tools with Proteus gives our users quick and seamless access to literally millions of library parts,” said Iain Cliffe, Executive Director at Labcenter Electronics Ltd. “Searching for a library part in Proteus will now show relevant search results from SnapEDA and parts can then be imported straight into Proteus with a mouse click. This will be a real timesaver for our customers.”

Since the integration is cloud-based, engineers will benefit from new parts added to SnapEDA’s database each day.

SnapEDA’s database contains CAD models for millions of electronic components, ranging from electromechanical components, power converters, microcontrollers, timing components, integrated circuits, discretes, and much more.

The new SnapEDA Search capability is available within Proteus v8.12 and later.

Raspberry Pi Compute Module 4 IoT Router Carrier Board Mini

Posted on by mixos

Compute Module 4 IoT Router Carrier Board Mini is an internet expansion board based on the Raspberry Pi Compute Module 4. When connecting with a Gigabit network card via PCle, it brings Raspberry Pi CM4 two full-speed gigabit network ports and offers better performance, lower CPU usage, and higher stability for a long time work compared with a USB network card. Besides, with a mini size of 55 x62mm, the board still retains the characteristic GPIO pin header of Raspberry Pi, which makes it applicable for connecting other actuators, sensors, and smart cooling fan. Furthermore, there is also a USB2.0 interface that can be connected to mobile hard drives, printers, WIFI modules, LTF modules, etc.

Compute Module 4 IoT Router Carrier Board Mini now provides OpenWRT open-source router system. After a simple setup, it can be used as a router. It is also compatible with Raspberry OS, Ubuntu Server and other Raspberry Pi systems.

The powerful performance of BCM2711 4 core 1.5GHz Cortex-A72 and the rich software support in the Raspberry Pi community make this board a solid foundation for building high-performance gateways, smart routers, and home IoT platforms. It can also be connected to peripherals and used as a mini-NAS, wireless network bridge, or LTE Internet terminal.

Specifications

  • Compatible Module: Raspberry Pi Compute Module 4 series
  • Ethernet:
    • ETH1: Compute Module 4 Built-In
    • ETH2: PCI Express 1000BASE-T NIC
  • USB:
    • 1x USB-C: Power only
    • 1x USB-C: USB 2.0 High Speed
  • Storage Card: microSD slot (Only modules without eMMC supported)
  • GPIO: 26Pin GPIO compatible with Raspberry Pi
  • Power Supply: USB-C 5V/3A
  • Operating Temperature: 0℃~80℃
  • Dimension: 55x62mm/2.17×2.44”

The supporting case will be released soon. This product is under the status of Pre-order, will be shipped in mid-April.

AISLER launches Budget Manufacturing: the most economic electronics manufacturing choice on the planet

Posted on by mixos

AISLER, the electronics industry’s most affordable electronics manufacturing service announced today that it has launched a new offering called Budget 💰 Manufacturing: the most economic electronics manufacturing choice on the planet. Two years ago, AISLER pioneered high-quality local affordable manufacturing with its two business day Blitz ⚡ Manufacturing starting at just 12.00 Euro. For designs that don’t require two business days, AISLER will start today offer an eight-business day Budget 💰 Manufacturing category starting as low as 6.00 Euro.

AISLER’s strategy centers around three key components: simplicity, affordability and speed. Starting today, AISLER will double down on simplicity and affordability while offering a new choice for speed. Just as Blitz ⚡ manufacturing, Budget 💰 manufacturing is manufactured locally in a location near the engineer and comes with the same great specifications but with a much better price tag.

“We believe engineers know how to decide whether a project is urgent, or whether it can wait a couple of days extra. Offering the Budget 💰 Manufacturing Option allows them to iterate twice as often for the same amount of money. Which option would be right for the use case, that’s up to them to decide.”

says Felix Plitzko, CEO and Co-Founder of the company.

AISLER’s focus from the start was to create a simple manufacturing service for Electrical Engineers. This includes accepting native file formats from Altium Designer, KiCad, Eagle, Fusion360, Fritzing, Target3001!, SprintLayout and LibrePCB in addition to Gerber-Files generated from all other PCB Design Tools. A preview allows to directly control the import and double-check whether the project has been interpreted correctly. AISLER directly renders the manufacturing data and gives a guarantee that the online board rendering is an exact twin of the physical copy the customer receives, allowing the engineer to detect costly errors before the board is manufactured. Of course, the project is directly quoted and can be ordered instantly.

AISLER simplifies electronics manufacturing and serves as a convenient one-stop-shop for circuit boards, parts, stencils and assembly.

“Engineers should be in the driver seat at all times. Whether the project needs a Kit that is made of unassembled boards, parts and stencil, or a full-blown assembly. It should be the engineer’s choice, really. We will ensure that it reaches the engineer, at the right time and the right price-point desired for the project.”

Felix Plitzko elaborates.

Whenever speed wasn’t needed ordering Blitz ⚡ manufacturing would be a pure waste of precious resources. With today’s announcement, AISLER closes this gap, allowing engineers to choose whether to iterate twice as fast, or twice as much.

“Electrical Engineers build tomorrow’s products and lead Europe’s culture of innovation. By providing Budget 💰 Manufacturing with this even more affordable price tag, we believe we can help increase iteration cycles where budgets are tight for every Electrical Engineer”

Felix Plitzko states.

Budget 💰 Manufacturing is available starting today. To every customer world-wide.

About AISLER

AISLER empowers agile electronics development by simplifying and speeding up electronics manufacturing services. Through its streamlined online platform, AISLER offers a wide array of electronics manufacturing services ranging from manufacturing bare prototyping circuit boards, stencils and kitting parts to fully-fledged assembly services for small and large batches. An order can be placed in seconds, not hours after a design has been uploaded.

AISLER caters to anyone in need of solving the challenges of modern iterative electronics development.

Audio-Balanced Line Driver – Unbalanced Audio to Balanced Audio Converter

This audio-balanced line driver project enables to drive hundreds of feet in length of cables without becoming unstable The project is based on the THAT1646 chip, which is a new generation monolithic differential line driver that offers improved performance over conventional cross-coupled designs. Based on high performance, fully differential op-amp exhibits low noise and distortion, high slew rate, and wide output swing. Output is very stable when driving difficult loads, and output is short-circuit protected. The operating power supply is +/-15V DC, XLR, and RCA connector provided for output and input. D1, D2 are the Power LEDs, C7 decoupling capacitor, Ferrite Bead L1, L2, capacitor C6, C8, C9 take cares of RFI noise, Capacitors C5, and C10 acouple the common-mode feedback loop. This changes the loop operation from serving the common-mode output current at audio frequencies to serving the common-mode output voltage to 0 at DC. This results in much lower common-mode output offset voltage. D1 +VCC Power LED, D2 -VEE Power LED, CNX-J1 single-ended unbalanced audio input, CN3 Male XLR balanced audio output, CN1 power input, CN2 or J1-CNX audio input.

Features

  • Operating Power-Supply Nominal +/-15V DC (Dual) (Range +/-4V to +/-18V)
  • Input Impedance 5Kohms
  • Gain 6dB R-Load=100kOhms Per Output, 5.3 dB with 600 Ohms Load
  • Gain Error 0.02dB
  • DC Power Supply Rejection Ratio (PSSR) 107 dB
  • Output Common-Mode Rejection Ration (CMMR) 65dB
  • Output Signal Balance Ration 54dB
  • THD+N (Balanced) VO=10V, R-Load=600Ohms, 20Hz-5Khz 0.0007 %, 20Khz=0.002%
  • Output Noise Balanced 22Hz-20Khz -101dBu
  • Maximum Output Level VO-max 27.5dBu
  • Output Common-Mode Voltage Offset +/-3.5mV
  • Output Voltage Swing, Positive (Without Load) VCC-2.2V
  • Output Voltage Swing, Negative (Without Load) VEE+2.25V
  • PCB Dimensions 48.62  x 19.67 mm

THAT1646 uses patented OutSmarts technology. Outsmarts is a dual feedback-loop design that prevents the excessive ground currents typical of cross-coupled output stages (CCOS) when clipping into single-ended loads.   Chip has two individual negative-feedback loops to separately control the differential output voltage and common mode output currents, making the designs inherently more stable and less sensitive to component tolerances than common CCOSes. As a result, THAT’s topology prevents the loss of common-mode feedback that plagues common CCOS designs when clipping into single-ended loads. This avoids excessive ground currents that would otherwise upset power supplies and create additional distortion, even in adjacent channels.

Gain

The THT1646 provides +6 dB gain (factor of 2) between their inputs and differential outputs. This is appropriate since, with a balanced output, twice the voltage between the power supply rails is available at the output of the stage. The single-ended input of 1646 can accept signals that swing to nearly the power supply rails without distortion when driving into a differential (floating) load.

Schematic

Parts List

NO.QNTY.REFDESC.MANUFACTURERSUPPLIERSUPPLIER PART NO
11CN14 PIN MALE HEADER 2.54MM PITCHWURTHDIGIKEY732-5317-ND
21CN22 PIN MALE HEADER 2.54MM PITCHWURTHDIGIKEY732-5315-ND
31CN3XLR-MALE PCB MOUNTEDELECBEE.COMELECBEEB-016-2007
42C1,C310uF/25V SMD ELECTROLYTICPANASONICDIGIKEYPCE3795CT-ND
52C2,C40.1uF/50V SMD SIZE 0805MURATA/YAGEODIGIKEY
62C5,C1010uF/50V NON POLARNICHICONDIGIKEY493-16350-ND
72C6,C9100PF/50V SMD SIZE 0805MURATA/YAGEODIGIKEY
81C710uF/35V SMD SIZE 1206MURATA/YAGEODIGIKEY
91C8470pF/50V SMD SIZE 0805MURATA/YAGEODIGIKEY
101D1LEDOSRAMDIGIKEY475-1415-1-ND
111D2LEDOSRAMDIGIKEY475-1415-1-ND
121J1RCA JACKCUIDIGIKEYCP-1400-ND
132L1,L2FERRITE BEADWURTHDIGIKEY732-1620-1-ND
142R1,R21.5KMURATA/YAGEODIGIKEY
153R3,R5,R6OMITOMIT
164R4,R7,R8,R90EMURATA/YAGEODIGIKEY
171U1THAT1646THAT CORP.MOUSER887-1646P08-U

Connections

Gerber View

Photos

Video

THAT1646 Datasheet

WM1302 LoRaWAN Gateway Module (SPI) – US915, based on SX1302

Posted on by mixos

WM1302 module is a new generation of LoRaWAN gateway module in mini-PCIe form-factor based on Semtech® SX1302. It features extremely low power consumption, outstanding performance with CE, FCC, Telec certified.

WM1302 module is a new generation of LoRaWAN gateway module with mini-PCIe form-factor. Based on the Semtech® SX1302 baseband LoRaWAN® chip, WM1302 unlocks the greater potential capacity of long-range wireless transmission for gateway products. It features higher sensitivity, less power consumption, and lower operating temperature compared with the previous SX1301 and SX1308 LoRa® chip.

WM1302 LoRaWAN gateway module has SPI and USB versions on both US915 and EU868 frequency bands, enable you to have a wide-range of LoRaWAN frequency plans options to choose including EU868, US915, AS923, AS920, AU915, KR920, and IN865.

Features

  • Powered by Semtech® SX1302 baseband LoRa® chip, extremely low power consumption and high performance.
  • Mini-PCIe form factor with the standard 52-pin golden finger, easy to integrate with various gateway devices.
  • Ultra-low operating temperature, no additional heat dissipation needed, reducing the size of LoRaWAN gateway.
  • High sensitivity down to -139 dBm @SF12 with SX1250 TX/RX front-end; TX power up to 26 dBm @3.3V.
  • Certified with CE, FCC, and TELEC. Simplify the final product certification process.

WM1302 module is CE, FCC and Telec certified, which helps simplify the development and certification process of the LoRaWAN gateway devices.

WM1302 is designed for M2M and IoT applications and can be widely applied in LPWAN gateway supported scenarios. It would be a perfect choice for you to significantly reduce the technical difficulties and time-consumption when developing the LoRa gateway devices, including LoRaWAN gateway, miner hotspots, etc.

more information: https://www.seeedstudio.com/WM1302-LoRaWAN-Gateway-Module-SPI-US915-p-4890.html

DOGS104-A Series Compact Low-Power Flexible (4×10) Character LCD

Posted on by mixos

DISPLAY VISIONS’ DOGS104-A series compact low-power pin connected chip-on-glass character LCD

DISPLAY VISIONS EA’s DOGS104-A series character LCDs are available in an FSTN pos. transflective, STN neg. blue transmissive, and FSTN pos. white reflective version. These displays have a 2.54 mm pitch and can be soldered directly or plugged into socket strips. Therefore, cumbersome gluing procedures, the need for designing a special mounting device, and error-prone cable connections that may lose contact are no longer a concern.

This LCD family was designed for use in the German industry and will have an availability of 15+ years. The extremely efficient ratio of external dimensions [36 mm x 27.5 mm x 2.6 mm (or 4.6 mm including LED backlight)] to the active display area helps in designing very compact devices. Furthermore, its low-power use [single supply 3.3 V to 5.5 V (typically 250 µA)] makes it ideal for handheld applications.

The EA 9780-4USB development board and free Windows simulator are all users require to evaluate pin-connected chip-on-glass LCDs with and without backlight. Simply plug the 2.54 mm connector pins of the display into the socket strips of the development board. Proprietary hardware or software development is not required. Decisions can be made quickly at a minimum expense.

Resources

Features

  • High contrast LCD supertwist display
  • Optional led backlight units in different colors
  • 4×10 character with 2.6 mm switchable to 2×10 with 4.55 mm height
  • SSD1803A controller for SPI (2-/3-/4-wire) and I²C (2-wire) interface
  • Single power supply +3.3 V (typically 440 µA)
  • No additional voltages required
  • Operating temperature range -20°C through +70°C
  • Led backlight 3..45 mA at 3.3 V
  • No mounting required; simply solder into the PCB
  • 3 different character sets (Cyrillic, English-Japanese, and European) included in the same controller
  • 2 viewing direction possible (bottom and top view)
  • RoHS, CE, and REACH compliant

more information: https://www.lcd-module.de

STMicroelectronics L7983 step-down switching regulator

Posted on by mixos
The L7983 device is a step-down monolithic switching regulator able to deliver up to 300 mA DC based on peak current mode architecture

The L7983 device is a step-down monolithic switching regulator able to deliver up to 300 mA DC based on peak current mode architecture. The output voltage adjustability ranges from 0.85 V to VIN. The wide input voltage range and adjustable UVLO threshold meet the specification for the 12 V, 24 V, and 48 V industrial bus standards.

The “Low Consumption Mode” (LCM) is designed for applications active during idle mode, so it maximizes the efficiency at light load with a controlled output voltage ripple. The “Low Noise Mode” (LNM) makes the switching frequency constant, meeting the low noise application specification.

Key features

  • 3.5 V to 60 V operating input voltage
  • Fixed output voltage (3.3 V and 5 V) or adjustable from 0.85 V to VIN
  • 300 mA DC output current
  • Dynamic low consumption mode to low noise mode selection

Additional features

  • 3.5 V to 60 V operating input voltage
  • Fixed output voltage (3.3 V and 5 V) or adjustable from 0.85 V to VIN
  • 300 mA DC output current
  • Dynamic Low Consumption Mode (LCM) to Low Noise Mode (LNM) selection
  • 10 µA operating quiescent current (L7983PU33R, VIN > 24 V, LCM)
  • 2.3 µA shutdown current
  • 200 kHz to 2.2 MHz programmable switching frequency
  • Optional spread-spectrum (dithering)
  • Internal soft-start
  • Enable/adjustable UVLO threshold
  • Synchronization to an external clock
  • Internal compensation network
  • Internal current limiting
  • Overvoltage protection
  • Output voltage sequencing
  • Thermal shutdown

more information: https://www.st.com/en/power-management/l7983.html

STMicroelectronics L9026 Multi-Channel Relay Driver

Posted on by mixos

STMicroelectronics L9026 Multi-Channel Relay Driver is optimized for automotive LED and relay applications and is compatible with resistive, inductive and capacitive loads. The L9026 integrates two High-Side drivers and six configurable High-Side/Low-Side drivers and can be driven by SPI or by two dedicated parallel inputs. The device offers advanced diagnostic and protection functionalities such as short to GND, open load, overcurrent, and over-temperature detections. Limp Home functionality is also featured, which allows using two selected drivers in particular faulty conditions, such as SPI fault, micro fault, or supply UV. Daisy chaining is possible even with 8-bit SPI devices.

The L9026 Relay Driver features guaranteed operation undercranking scenarios down to VBATT = 3 V and provides very low quiescent current under RESET conditions. The SPI interface is used for control and configuration of the loads as well as of the device and status feedback of all diagnostic functions is provided. For direct control and PWM there are two input pins available which are connected to two defined outputs by default. Additional output mapping can be controlled by SPI.

The AEC-Q100 qualified STMicroelectronics L9026 Relay Driver is available in HTSSOP24 and VFQFPN32 package options. On the VFQFPN package 2 additional pins are available for safety reasons. The NRES pin is used to reset internal registers to their default values and the DIS pin is used to disable all channels.

Block Diagram

Features

  • AEC-Q100 qualified
  • 6x configurable High-Side/Low-Side drivers
  • 2x High-Side drivers
  • 2x parallel input pins with Input Mapping functionality
  • Cranking capability down to VBATT = 3.0V
  • Digital supply voltage compatible with 3.3V and 5.0V microcontrollers
  • Reverse battery protection on VBATT and on drain pins without external components
  • LED mode
  • Bulb Inrush Mode (BIM) to drive lamps and electronic loads
  • 2x internal PWM generators for microcontroller offload
  • Very low quiescent current with usage of IDLE pin
  • Limp Home mode with usage of IDLE and IN pins
  • Safety features
    • Temperature Sensor and Monitoring
    • Serial communications using address feedback, 1 parity bit, frame counter, and short frame detection
  • 16-bit Serial Peripheral Interface (SPI) for control and diagnosis
  • Daisy Chain capable SPI, also compatible with 8-bit SPI devices
  • HTSSOP24 and VFQFPN32 package options
  • Fully ISO26262 compliant, ASIL-B systems ready
  • Green Product (RoHS compliant)

more information: https://www.st.com/en/automotive-analog-and-power/l9026.html

Teknic’s brushless servo motors are now available online

Posted on by mixos

Hudson™ industrial grade brushless servo motors have been used by high-volume OEM companies for over a decade. These rugged, reliable motors have powered automated equipment in a variety of markets including medical, AOI, and CNC equipment (just to name a few). These field-hardened, OEM-grade motors are now available online in both fast-ship and built-to-order configurations.

Teknic has an impressive 4.94 star Google review rating. Here are just a few of the reviews:

  • “We’ve been using Teknic motors in our products for several years now. Their products are rock solid. Their engineering support, both during the prototyping phase and transition to production have been excellent. They are a great business partner.”
  • “My experience with Teknic spans the past 9 years, and has been excellent on all levels. Their products and support personnel are A+…”
  • “Fantastic motors and systems. Always eager to help, even newbies. Just wish we could rate them 10 out of 5.”

Some important Hudson™ brushless servo motor specifications/benefits include:

  • Designed, built and tested in the USA. The Hudson motors are thoughtfully designed for efficient manufacturability. This design combined with a high investment in automation equipment allows Teknic to cost-effectively build and test Teknic servo components in Upstate New York using skilled technicians.
  • Drive friendly. The Hudson motor non-proprietary, open-standard communication design allows the servo motors to be used with virtually any brushless servo drive regardless of protocol.
  • High performance. Fast electrical time constants and high torque-to-inertia ratios provide responsive, accurate dynamic performance.
  • Smooth and quiet. Industry leading innovations such as harmonically-pure windings, helically-skewed stator laminations, and custom-balanced EPM rotors provide exceptionally smooth, quiet motion.
  • Rugged and reliable. Brushless design, oversized and permanently lubricated brand-name bearings, Class H high-temperature winding (180ºC), fault-tolerant encoder design, fully sintered rare-earth magnets, and extensive testing of every servo motor assures high quality and lasting reliability.
  • High power density. Combining fully sintered Neodymium-Iron-Boron magnets with an optimized magnet shape, winding fill factor, stator skew angle and rotor geometry allows high power density and fade-free performance.
  • Ready to use right out of the box. The Hudson motors have an integrated encoder with commutation hall tracks, a dual-shielded pigtail, and a fully assembled connector (not “flying leads”). Even the consolidated phase and signal connector is designed to lower the cost of motor extension cables to save on installed costs.
  • Certifications. All Hudson servo motors are UL, ULc and CE rated for use at 24VDC through 340 VDC. Plus all motors are RoHS, REACH, and Conflict Mineral compliant.

World’s First! A Computer With Auto Heat-Up? DFI 3.5” Desktop CS551 Can Run Even At Subzero Temperatures

Posted on by mixos

As edge computing has been rapidly expanding to every corner, users pursue computers to drive more functions with better performance to enhance artificial intelligence analysis capabilities, which brings three new criteria in hardware selection for edge applications: processing power, size, and adaptability to extreme weather. DFI, one of the world-leading industrial PC providers, newly released the 3.5″ desktop single-board computer (SBC), CS551, is a perfect match for this situation with a breakthrough in aspects of size, footprint, operating temperature, cooling, and expansion.

High Performance With Small Footprint

Compared to most of desktop motherboards in the market that can only be merely downsized to Mini-ITX form factor (195mm (7.7″) x 170mm (6.7″)), DFI has further shrunk CS551 footprint by nearly half to 3.5″ (146mm (5.75″) x 102mm (4.02″), with support for the Intel Core™ 8/9 Gen processors and even the Intel C246 chipset that provides ECC support for memory at Intel Xeon server-grade level, maximizing the performance of the entire computer.

3.5” Desktop Platform With -30~80°C Wide Temp. Support

SBCs are prevailing in outdoor applications of Internet of Things due to small footprint, and to overcome the outdoor extreme temperature fluctuations, CS551 breaks the limitation of operating temperature merely support at 0~60°C by 8th /9th Gen Intel Core Processors, and further extends it up to 80°C, down to -30°C. Even the temperature drops below zero, the auto-on heater can warm up and keep the processor within the operating temperature range. Equipment can thus operate normally without being shut down in snow!

Dynamical Adjustment Between CPU & GPU

In addition to the powerful processor with wide temperature support, the CS551 also features the dynamical adjustment between CPU and GPU by allocating the computing resources according to the workload. Even in high temperature environment like 80°C, the computing work can be adjusted by the CPU and GPU intelligently, and prevent computer crash down as well as greatly improve the stability of the application.

Key Features:

  • 3.5″ Desktop Platform SBC -30~80°C
  • Unique Wide Tempe Support For Desktop Platforms
  • Dynamical Adjustment Of CPU/GPU Computing Resources
  • Enhanced Expansion Capabilities with M.2 2280 (e.g., Storage, I/O Cards)
  • Fanless & Fan Dual Cooling Systems Support

Key Applications:

  • Mission-critical applications in extreme temperature environments
  • AI visual analytics
  • Traffic flow analysis

2x Expansion Enhancement

Unlike other 3.5” SBCs on the market that only support M.2 2242 expansion, the CS551 increases the expansion capacity up to M.2 2280 size, making it perfectly compatible with M.2 2280 form-factor-only modules, as well as providing more than two times of the storage capacity and I/O expansion.

Fan/Fanless Dual Cooling Support

While the overall performance and expansion are increased by more than two times, the CS551 simultaneously supports fan cooling, which is commonly found on desktop platforms, as well as fanless cooling that is available only among SBCs. With the support for fanless cooling system, the lifespan of outdoor devices is largely increased and makes CS551 the only choice for developing smart outdoor applications in many extreme climates.

In the trend of the expanding scale of edge device deployment, having a computer with performance, size, and environmental resilience makes it barrierless in developing smart Internet of Things, and gives the equipment a 1+1>2, multiplier-effect benefits in performance!

more information: https://www.dfi.com/product/index/1472

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