MicroMax's Solutions
MicroMax's Solutions
MicroMax's Solutions
new
Jackson-ER
Rugged carrier board for Jetson Orin NX / Orin Nano
Jackson-ER provides a rugged, compact, economical, and I/O-rich solution for NVIDIA Jetson Orin Nano / Orin NX GPU modules. The deeply embedded design with latching I/O connectors fits applications such as robotics or vehicles where shock and vibration pose risks to long term product reliability, as well as box-level solutions where freedom to select different I/O connectors is needed. The available heat spreader mounting plate provides a secure mounting platform and improves heat dissipation, a critical consideration for high performance applications that utilize the Orin modules to their full capacity.
Jackson-ER brings out all I/O from the modules to I/O connectors or expansion sockets. A novel camera adapter connector provides compatibility with any CSI / GMSL camera by means of a simple low-cost adapter board that mounts directly on the bottom of Jackson ER.
For I/O beyond the given baseboard features, an expansion connector provides a convenient way to connect standard or custom I/O daughterboards that mount directly underneath the Jackson carrier board. The connector provides PCIe, USB3, I2C, and power via a flex circuit cable. Daughterboards can be designed to provide extra Ethernet and USB ports, extra M.2 and minicard sockets, and other I/O.
Jackson-ER is available both as a carrier board and as a complete integrated solution with Jetson module and heat spreader installed and Linux OS loaded. See the ordering information tab for part numbers and configurations.
Camera Adapter Socket
Jackson contains a unique camera adapter connector that makes it possible to interface any camera, including standard, custom, CSI, and GMSL cameras, to the board by using a simple, low-cost adapter board. Custom cameras can easily be connected to Jackson in this way without the expense of a custom carrier board or the inconvenience and fragility of free-hanging adapter boards.
Expansion Capabilities
Jackson-ER contains multiple sockets for I/O and mass storage:
The M.2 M-key socket with NVMe PCIe x4 connectivity is generally used for mass storage, since the Orin Nano and Orin NX modules lack integrated eMMC mass storage. The socket supports both 2242 and 2280 size modules, and all mounting hardware is included.
A full-size minicard socket provides both PCIe and USB interfaces to support a wide range of I/O modules including analog, digital, serial, Ethernet, WiFi, and Bluetooth.
An M.2 E-key 2230 socket supports the installation of modem, WiFi, and Bluetooth modules for mobile applications.
Cable Kit
The Jackson-ER cable kit (part number CK-JAXER-01) includes all cables needed for I/O on Jackson-ER. All cables have positive latching connection to the board for improved ruggedness and reliability.
new
Jackson
Carrier board for NVIDIA Jetson Orin NX / Orin Nano
Jackson provides a compact, economical, and I/O-rich solution for NVIDIA Jetson Orin Nano / Orin NX GPU modules. Jackson brings out all I/O from the modules to I/O connectors or expansion sockets. Two quad-lane CSI camera connectors enable high-performance image processing applications utilizing the enhanced capabilities of the Orin series.
An I/O expansion connector provides a convenient way to customize Orin Nano / NX applications by designing low-cost I/O daughterboards that mount directly underneath the Jackson carrier board. The connector provides PCIe, USB3, I2C, and power via a flex circuit cable. Daughterboards can be designed to provide extra Ethernet and USB ports, extra M.2 and minicard sockets, and other I/O.
Jackson is available both as a carrier board and as a complete integrated solution with Jetson module and fan sink installed and Linux OS loaded. See the ordering information tab for part numbers and configurations.
Camera Adapter Socket
Jackson contains a unique camera adapter connector that makes it possible to interface any camera, including standard, custom, CSI, and GMSL cameras, to the board by using a simple, low-cost adapter board. Custom cameras can easily be connected to Jackson in this way without the expense of a custom carrier board or the inconvenience and fragility of free-hanging adapter boards.
Expansion Capabilities
Jackson contains multiple sockets for I/O and mass storage:
The M.2 M key socket with NVMe PCIe x4 connectivity is generally used for mass storage, since the Orin Nano and Orin NX modules lack integrated eMMC mass storage. The socket supports both 2242 and 2280 size modules, and all mounting hardware is included
A full-size minicard socket provides both PCIe and USB interfaces to support a wide range of I/O modules including analog, digital, serial, Ethernet, WiFi, and Bluetooth
An M.2 E key 2230 socket supports the installation of modem, WiFi, and Bluetooth modules for mobile applications.
Daughterboard Expansion
A unique flex cable connector enables additional I/O expansion with off the shelf or custom-developed daughterboards. The connector offers USB 3.0 and PCIe connectivity to the Jetson module, as well as power. Since an I/O daughterboard is much quicker and easier to design than a full-custom carrier board, the effort required to add custom I/O to your Orin Nano / NX project is simplified. For example, additional USB 3.0 ports, additional Ethernet ports, an Ethernet switch, or even a PoE PD circuit can all easily be implemented on a daughterboard.
Daughterboards typically are the same size as the main board and mount directly underneath the main board for convenient packaging. They can also be mounted in tandem for a thinner but wider form factor.
Cable Kit
The Jackson cable kit (part number CK-JAX-01) includes all cables needed for I/O on Jackson other than industry-standard cables (Ethernet, USB, HDMI).
Jackson-ER
Rugged carrier board for Jetson Orin NX / Orin Nano
Jackson-ER provides a rugged, compact, economical, and I/O-rich solution for NVIDIA Jetson Orin Nano / Orin NX GPU modules. The deeply embedded design with latching I/O connectors fits applications such as robotics or vehicles where shock and vibration pose risks to long term product reliability, as well as box-level solutions where freedom to select different I/O connectors is needed. The available heat spreader mounting plate provides a secure mounting platform and improves heat dissipation, a critical consideration for high performance applications that utilize the Orin modules to their full capacity.
Jackson-ER brings out all I/O from the modules to I/O connectors or expansion sockets. A novel camera adapter connector provides compatibility with any CSI / GMSL camera by means of a simple low-cost adapter board that mounts directly on the bottom of Jackson ER.
For I/O beyond the given baseboard features, an expansion connector provides a convenient way to connect standard or custom I/O daughterboards that mount directly underneath the Jackson carrier board. The connector provides PCIe, USB3, I2C, and power via a flex circuit cable. Daughterboards can be designed to provide extra Ethernet and USB ports, extra M.2 and minicard sockets, and other I/O.
Jackson-ER is available both as a carrier board and as a complete integrated solution with Jetson module and heat spreader installed and Linux OS loaded. See the ordering information tab for part numbers and configurations.
Camera Adapter Socket
Jackson contains a unique camera adapter connector that makes it possible to interface any camera, including standard, custom, CSI, and GMSL cameras, to the board by using a simple, low-cost adapter board. Custom cameras can easily be connected to Jackson in this way without the expense of a custom carrier board or the inconvenience and fragility of free-hanging adapter boards.
Expansion Capabilities
Jackson-ER contains multiple sockets for I/O and mass storage:
The M.2 M-key socket with NVMe PCIe x4 connectivity is generally used for mass storage, since the Orin Nano and Orin NX modules lack integrated eMMC mass storage. The socket supports both 2242 and 2280 size modules, and all mounting hardware is included.
A full-size minicard socket provides both PCIe and USB interfaces to support a wide range of I/O modules including analog, digital, serial, Ethernet, WiFi, and Bluetooth.
An M.2 E-key 2230 socket supports the installation of modem, WiFi, and Bluetooth modules for mobile applications.
Cable Kit
The Jackson-ER cable kit (part number CK-JAXER-01) includes all cables needed for I/O on Jackson-ER. All cables have positive latching connection to the board for improved ruggedness and reliability.
new
Jackson
Carrier board for NVIDIA Jetson Orin NX / Orin Nano
Jackson provides a compact, economical, and I/O-rich solution for NVIDIA Jetson Orin Nano / Orin NX GPU modules. Jackson brings out all I/O from the modules to I/O connectors or expansion sockets. Two quad-lane CSI camera connectors enable high-performance image processing applications utilizing the enhanced capabilities of the Orin series.
An I/O expansion connector provides a convenient way to customize Orin Nano / NX applications by designing low-cost I/O daughterboards that mount directly underneath the Jackson carrier board. The connector provides PCIe, USB3, I2C, and power via a flex circuit cable. Daughterboards can be designed to provide extra Ethernet and USB ports, extra M.2 and minicard sockets, and other I/O.
Jackson is available both as a carrier board and as a complete integrated solution with Jetson module and fan sink installed and Linux OS loaded. See the ordering information tab for part numbers and configurations.
Camera Adapter Socket
Jackson contains a unique camera adapter connector that makes it possible to interface any camera, including standard, custom, CSI, and GMSL cameras, to the board by using a simple, low-cost adapter board. Custom cameras can easily be connected to Jackson in this way without the expense of a custom carrier board or the inconvenience and fragility of free-hanging adapter boards.
Expansion Capabilities
Jackson contains multiple sockets for I/O and mass storage:
The M.2 M key socket with NVMe PCIe x4 connectivity is generally used for mass storage, since the Orin Nano and Orin NX modules lack integrated eMMC mass storage. The socket supports both 2242 and 2280 size modules, and all mounting hardware is included
A full-size minicard socket provides both PCIe and USB interfaces to support a wide range of I/O modules including analog, digital, serial, Ethernet, WiFi, and Bluetooth
An M.2 E key 2230 socket supports the installation of modem, WiFi, and Bluetooth modules for mobile applications.
Daughterboard Expansion
A unique flex cable connector enables additional I/O expansion with off the shelf or custom-developed daughterboards. The connector offers USB 3.0 and PCIe connectivity to the Jetson module, as well as power. Since an I/O daughterboard is much quicker and easier to design than a full-custom carrier board, the effort required to add custom I/O to your Orin Nano / NX project is simplified. For example, additional USB 3.0 ports, additional Ethernet ports, an Ethernet switch, or even a PoE PD circuit can all easily be implemented on a daughterboard.
Daughterboards typically are the same size as the main board and mount directly underneath the main board for convenient packaging. They can also be mounted in tandem for a thinner but wider form factor.
Cable Kit
The Jackson cable kit (part number CK-JAX-01) includes all cables needed for I/O on Jackson other than industry-standard cables (Ethernet, USB, HDMI).
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Floyd SC
Compact Expandable Carrier Board for Nvidia Jetson Nano / NX / TX2 NX GPU Modules
The Floyd SC compact carrier board converts the Nvidia Jetson Nano / TX2 NX / Xavier NX modules into complete embedded systems by providing interface circuitry, I/O connectors for all module features, camera interfaces, power supply, and additional I/O in a solution measuring only 4.3×3.3" / 110×85mm. A novel expansion I/O connector enables connection of standard and custom daughterboards with additional I/O functionality to simplify the development of customized Jetson solutions.
Floyd SC features up to 3 CSI camera inputs, 2 Gigabit Ethernet ports, 2 USB 2.0 ports, 1 USB 3.0 port, 1 RS-232 and 1 RS-232/485 serial port, 16 GPIO, and HDMI + DP display support. With the NX module installed a second Ethernet port and a CAN port are available. An M.2 M-Key NVME socket supports both 2242 and 2280 size I/O and flash storage modules. Wide voltage input 7-24V provides adaptability to a range of power supplies.
Floyd SC is available in two configurations: a low-cost model with reduced features for Nano and a full-featured model with complete features supporting NX and TX2 NX.
Floyd SC is supported by a full Linux BSP based on NvidiaNvidia’s Jetpack. This software is available as a free download from our support area.
Floyd SC is available as both a carrier board component and as an assembled subsystem including the selected Jetson module with Linux OS installed. Both heat sink and fan sink cooling options are available.
Product Configurations
Floyd SC is available in a cost-optimized configuration for the Nano module and a full-featured configuration for the TX2-NX and NX modules. The full-featured model can also work with the Nano, however some features are unavailable due to not being present on the module.
I/O Expansion Connector
A flex cable connector on model BB02 enables additional I/O expansion with off the shelf or custom-developed daughterboards. The connector offers USB 3.0 and PCIe connectivity to the Jetson module, as well as power. Because an I/O daughterboard is much quicker and easier to design than a full-custom carrier board, Floyd SC makes it easy to design customized Jetson solutions with additional I/O. For example, additional USB 3.0 ports, additional Ethernet ports, an Ethernet switch, or even a PoE PD circuit can all easily be implemented on a daughterboard and directly connected to the Jetson module using a native high-speed I/O interface. Daughterboards typically are the same size as the main board and mount directly underneath the main board for convenient packaging.
Subassembly Options
Floyd SC is available as a complete computing board-level subsystem with Jetson module, heat sink, and Linux OS installed. These subsystems save time by eliminating the assembly, programming, and testing effort.
Complete Systems
Floyd SC is available as a JetBox system with Jetson module and Linux OS installed, ready to load your application and deploy. All main board I/O, including the I/O on the pin headers, is brought out to the front panel using familiar commercial connectors.
Cables
Most Floyd I/O other than the camera inputs is available using commercial connectors located along the front edge of the board. This arrangement simplifies the design of enclosures. The second serial port, GPIO signals, and CAN port (available with NX module only) do require cables.
All front-facing I/O cables for Floyd SC are industry standard, including Ethernet, HDMI, DisplayPort, and USB. Camera interface cables are generally included with the camera. Other I/O connections require custom cables. A cable kit is available with these custom cables:
CK-FLDSC-01 includes the following cables:
6980524 External battery cable, discrete wires
6981075 Dual serial port DB9M
6981164 Cable, IDC20F to IDC20F, 2mm pitch, 12″ length
6981182 CANbus 2.0 cable, JST 1×4 to DB9M
C-20-18 20-conductor ribbon cable, 2×10 .1″ IDC sockets
For convenient access to the GPIO and utility signals during development, a screw terminal board is available from third party suppliers.
Heat Sink
The Jetson modules can consume significant power under heavy load and require cooling. Diamond Systems offers a passive heat sink and active fan sink specifically designed for use on Floyd SC. The fan on the fan sink is controlled automatically by the Linux OS and also by a DSC-supplied utility program.
Power Input
Power is provided via a barrel jack with 5.5mm OD / 2.5mm ID dimensions. The input voltage range is 10.8-25.2VDC (supports 7V +/-5% and 24V +/-5% input voltages). A minimum 30W power supply is recommended to support peak power of the carrier, Jetson module, and attached I/O devices and provide a suitable safety margin. Diamond AC adapter PS-12V-03 provides 12V / 5A DC power with the required mating plug and an IEC 3 prong input power plug. A US AC power cord is included.
new
Epsilon-8130
Managed 8-Port Gigabit Ethernet Switch with embedded layer 2 software
Epsilon-8130 is a managed Layer 2+ Ethernet switch module offering eight 10/100/1000Mbps copper twisted pair ports in the compact PC/104 form factor. It is designed for rugged applications including industrial and on‑vehicle. EPS-8130 is a direct replacement for the previous EPS-8100 and is fully backwards compatible with the previous product in all key respects.
Epsilon-8130 is a standalone switch that does not require any host computer interface. All switch functions are managed by a 416MHz MIPS processor embedded directly into the switch. The processor is accessed via an in-band web interface over one of the Ethernet ports or via an out-of-band command-line interface over an RS-232 serial port. The integrated web interface provides an intuitive GUI for use in configuring and managing all switch functionality. On-board memory holds dual application images, boot code, MAC addresses, and other parameters, and can also be used for program execution.
Epsilon-8130’s advanced Ethernet switch chip includes two innovative features that enable automatic power savings. The switch can detect unused Ethernet ports on network devices and power them down or place them in stand-by mode. Additionally, the switch actively adjusts the power level needed based on cable length, saving energy on links shorter than the 100m maximum specified length.
Epsilon-8130 was designed for use in vehicle and harsh environment applications. All I/O connectors are latching, providing enhanced reliability over the RJ-45 connectors used in commercial Ethernet switches.
The wide range 5-36V input power supply is compatible with all common vehicle and industrial power sources. The −40°C to +85°C operating range makes Epsilon-8130 suitable for use in outdoor and vehicle applications.
Epsilon-8130 comes loaded with all required firmware, enabling its immediate operation without any development effort. The included web interface provides an intuitive GUI for use in configuring and managing switch functionality.
EPS-8130 is available with a heat sink, a heat spreader, or no cooling solution. Both heat sink and heat spreader support the full −40 to +85C industrial temperature range.
Model EPS-8130 uses a low profile heat sink that fits within the PC/104 11.2mm height limit above the PCB. It is positively fixed in place with two screws.
Model EPS-8130-XT has a heat spreader that is the same size as the PCB. It has two mounting hole patterns to support both SAE (#6-32) and Metric (M3) fasteners.
Model 9113190 is the board assembly without any cooling solution for convenience of customers who have designed their own cooling solution into their system enclosure. This model will operate safely at up to near room temperature, however suitable cooling is needed to achieve reliable operation at elevated temperatures.
Floyd SC
Compact Expandable Carrier Board for Nvidia Jetson Nano / NX / TX2 NX GPU Modules
The Floyd SC compact carrier board converts the Nvidia Jetson Nano / TX2 NX / Xavier NX modules into complete embedded systems by providing interface circuitry, I/O connectors for all module features, camera interfaces, power supply, and additional I/O in a solution measuring only 4.3×3.3" / 110×85mm. A novel expansion I/O connector enables connection of standard and custom daughterboards with additional I/O functionality to simplify the development of customized Jetson solutions.
Floyd SC features up to 3 CSI camera inputs, 2 Gigabit Ethernet ports, 2 USB 2.0 ports, 1 USB 3.0 port, 1 RS-232 and 1 RS-232/485 serial port, 16 GPIO, and HDMI + DP display support. With the NX module installed a second Ethernet port and a CAN port are available. An M.2 M-Key NVME socket supports both 2242 and 2280 size I/O and flash storage modules. Wide voltage input 7-24V provides adaptability to a range of power supplies.
Floyd SC is available in two configurations: a low-cost model with reduced features for Nano and a full-featured model with complete features supporting NX and TX2 NX.
Floyd SC is supported by a full Linux BSP based on NvidiaNvidia’s Jetpack. This software is available as a free download from our support area.
Floyd SC is available as both a carrier board component and as an assembled subsystem including the selected Jetson module with Linux OS installed. Both heat sink and fan sink cooling options are available.
Product Configurations
Floyd SC is available in a cost-optimized configuration for the Nano module and a full-featured configuration for the TX2-NX and NX modules. The full-featured model can also work with the Nano, however some features are unavailable due to not being present on the module.
I/O Expansion Connector
A flex cable connector on model BB02 enables additional I/O expansion with off the shelf or custom-developed daughterboards. The connector offers USB 3.0 and PCIe connectivity to the Jetson module, as well as power. Because an I/O daughterboard is much quicker and easier to design than a full-custom carrier board, Floyd SC makes it easy to design customized Jetson solutions with additional I/O. For example, additional USB 3.0 ports, additional Ethernet ports, an Ethernet switch, or even a PoE PD circuit can all easily be implemented on a daughterboard and directly connected to the Jetson module using a native high-speed I/O interface. Daughterboards typically are the same size as the main board and mount directly underneath the main board for convenient packaging.
Subassembly Options
Floyd SC is available as a complete computing board-level subsystem with Jetson module, heat sink, and Linux OS installed. These subsystems save time by eliminating the assembly, programming, and testing effort.
Complete Systems
Floyd SC is available as a JetBox system with Jetson module and Linux OS installed, ready to load your application and deploy. All main board I/O, including the I/O on the pin headers, is brought out to the front panel using familiar commercial connectors.
Cables
Most Floyd I/O other than the camera inputs is available using commercial connectors located along the front edge of the board. This arrangement simplifies the design of enclosures. The second serial port, GPIO signals, and CAN port (available with NX module only) do require cables.
All front-facing I/O cables for Floyd SC are industry standard, including Ethernet, HDMI, DisplayPort, and USB. Camera interface cables are generally included with the camera. Other I/O connections require custom cables. A cable kit is available with these custom cables:
CK-FLDSC-01 includes the following cables:
6980524 External battery cable, discrete wires
6981075 Dual serial port DB9M
6981164 Cable, IDC20F to IDC20F, 2mm pitch, 12″ length
6981182 CANbus 2.0 cable, JST 1×4 to DB9M
C-20-18 20-conductor ribbon cable, 2×10 .1″ IDC sockets
For convenient access to the GPIO and utility signals during development, a screw terminal board is available from third party suppliers.
Heat Sink
The Jetson modules can consume significant power under heavy load and require cooling. Diamond Systems offers a passive heat sink and active fan sink specifically designed for use on Floyd SC. The fan on the fan sink is controlled automatically by the Linux OS and also by a DSC-supplied utility program.
Power Input
Power is provided via a barrel jack with 5.5mm OD / 2.5mm ID dimensions. The input voltage range is 10.8-25.2VDC (supports 7V +/-5% and 24V +/-5% input voltages). A minimum 30W power supply is recommended to support peak power of the carrier, Jetson module, and attached I/O devices and provide a suitable safety margin. Diamond AC adapter PS-12V-03 provides 12V / 5A DC power with the required mating plug and an IEC 3 prong input power plug. A US AC power cord is included.
new
Epsilon-8130
Managed 8-Port Gigabit Ethernet Switch with embedded layer 2 software
Epsilon-8130 is a managed Layer 2+ Ethernet switch module offering eight 10/100/1000Mbps copper twisted pair ports in the compact PC/104 form factor. It is designed for rugged applications including industrial and on‑vehicle. EPS-8130 is a direct replacement for the previous EPS-8100 and is fully backwards compatible with the previous product in all key respects.
Epsilon-8130 is a standalone switch that does not require any host computer interface. All switch functions are managed by a 416MHz MIPS processor embedded directly into the switch. The processor is accessed via an in-band web interface over one of the Ethernet ports or via an out-of-band command-line interface over an RS-232 serial port. The integrated web interface provides an intuitive GUI for use in configuring and managing all switch functionality. On-board memory holds dual application images, boot code, MAC addresses, and other parameters, and can also be used for program execution.
Epsilon-8130’s advanced Ethernet switch chip includes two innovative features that enable automatic power savings. The switch can detect unused Ethernet ports on network devices and power them down or place them in stand-by mode. Additionally, the switch actively adjusts the power level needed based on cable length, saving energy on links shorter than the 100m maximum specified length.
Epsilon-8130 was designed for use in vehicle and harsh environment applications. All I/O connectors are latching, providing enhanced reliability over the RJ-45 connectors used in commercial Ethernet switches.
The wide range 5-36V input power supply is compatible with all common vehicle and industrial power sources. The −40°C to +85°C operating range makes Epsilon-8130 suitable for use in outdoor and vehicle applications.
Epsilon-8130 comes loaded with all required firmware, enabling its immediate operation without any development effort. The included web interface provides an intuitive GUI for use in configuring and managing switch functionality.
EPS-8130 is available with a heat sink, a heat spreader, or no cooling solution. Both heat sink and heat spreader support the full −40 to +85C industrial temperature range.
Model EPS-8130 uses a low profile heat sink that fits within the PC/104 11.2mm height limit above the PCB. It is positively fixed in place with two screws.
Model EPS-8130-XT has a heat spreader that is the same size as the PCB. It has two mounting hole patterns to support both SAE (#6-32) and Metric (M3) fasteners.
Model 9113190 is the board assembly without any cooling solution for convenience of customers who have designed their own cooling solution into their system enclosure. This model will operate safely at up to near room temperature, however suitable cooling is needed to achieve reliable operation at elevated temperatures.
new
cExpress-TL
COM Express Compact Size Type 6 Module with 11th Gen Intel Core and Celeron Processors (formerly codename: Tiger Lake-UP3)
ADLINK cExpress-TL, based on the 11th Gen Intel Core i7/i5/i3 and Celeron processor, is the first COM Express module to support PCI Express Gen 4 at 16 GT/s, effectively doubling the bandwidth of previous generations.
Additionally if features support for 2.5GbE Ethernet, leveraging existing Cat5e cable infrastructure being used for 1GbE Ethernet, it supports four USB 3.2 ports with transfer rates up to 10Gb/s. The modules have a configurable power range of 15 to 28 watts, which suits them for fanless space-constrained embedded applications. Typical industries in need of such high-performance/low-power characteristics are transport, medical, industrial automation and control, edge controllers, robotics and multi-camera-based AI.
cExpress-TL features the Intel Iris Xe, a new graphics core, and supporting AVX-512 Vector Neural Net Instructions (VNNI) can significantly improve the number of elements processed per cycle, providing AI inferencing performance that is up to 3x that of previously available from non-VNNI platforms. Intel Iris Xe provides 96 execution units and is able to be configured to support two 8K independent displays or four 4K independent display (HDMI/DP/eDP). Additional support includes In-Band ECC (IBECC), providing ECC level error correction on DDR4 SODIMM memories for mission critical or rugged applications.
new
cExpress-AR
COM Express Compact Size Type 6 Module with AMD Ryzen Embedded V2000 CPU (Zen 2 architecture)
The cExpress-AR, featuring the new AMD Ryzen V2000 CPU with its high performance integrated Radeon graphics, is the first Type 6 module on the market to support an octa-core (8-core) embedded SoC, with up to 16 threads and an impressive turbo boost up to 4.2 GHz. Compared to earlier embedded quad-core V1000 processors, the additional cores combined with AMD’s Zen 2 architecture result in a more than two-fold performance increase and double the performance-per-watt efficiency.
ADLINK’s cExpress-AR provides standard support for up to 64GB DDR4 in two SO-DIMMs. ECC error correction based on selected SKUs and configurable TDP (down to 10W), while still offering 6 to 8 cores and passive cooling, make it well suited for mission critical application in harsh environments.
With integrated new generation AMD Radeon Vega graphics, the cExpress-AR supports up to four independent 4K displays via DisplayPort, HDMI, DVI and LVDS. The cExpress-AR, offers a range of high speed interfaces, including 2.5GbE Ethernet, 6 PCIe x1 Gen3 and 1 PCIe x8 Gen2 (configurable), and 4x USB 3.2 ports. These features are fully compatible with the COM Express Rev. 3 specification, allowing for existing systems to upgrade and gain in performance without changing the carrier design.
cExpress-TL
COM Express Compact Size Type 6 Module with 11th Gen Intel Core and Celeron Processors (formerly codename: Tiger Lake-UP3)
ADLINK cExpress-TL, based on the 11th Gen Intel Core i7/i5/i3 and Celeron processor, is the first COM Express module to support PCI Express Gen 4 at 16 GT/s, effectively doubling the bandwidth of previous generations.
Additionally if features support for 2.5GbE Ethernet, leveraging existing Cat5e cable infrastructure being used for 1GbE Ethernet, it supports four USB 3.2 ports with transfer rates up to 10Gb/s. The modules have a configurable power range of 15 to 28 watts, which suits them for fanless space-constrained embedded applications. Typical industries in need of such high-performance/low-power characteristics are transport, medical, industrial automation and control, edge controllers, robotics and multi-camera-based AI.
cExpress-TL features the Intel Iris Xe, a new graphics core, and supporting AVX-512 Vector Neural Net Instructions (VNNI) can significantly improve the number of elements processed per cycle, providing AI inferencing performance that is up to 3x that of previously available from non-VNNI platforms. Intel Iris Xe provides 96 execution units and is able to be configured to support two 8K independent displays or four 4K independent display (HDMI/DP/eDP). Additional support includes In-Band ECC (IBECC), providing ECC level error correction on DDR4 SODIMM memories for mission critical or rugged applications.
new
cExpress-AR
COM Express Compact Size Type 6 Module with AMD Ryzen Embedded V2000 CPU (Zen 2 architecture)
The cExpress-AR, featuring the new AMD Ryzen V2000 CPU with its high performance integrated Radeon graphics, is the first Type 6 module on the market to support an octa-core (8-core) embedded SoC, with up to 16 threads and an impressive turbo boost up to 4.2 GHz. Compared to earlier embedded quad-core V1000 processors, the additional cores combined with AMD’s Zen 2 architecture result in a more than two-fold performance increase and double the performance-per-watt efficiency.
ADLINK’s cExpress-AR provides standard support for up to 64GB DDR4 in two SO-DIMMs. ECC error correction based on selected SKUs and configurable TDP (down to 10W), while still offering 6 to 8 cores and passive cooling, make it well suited for mission critical application in harsh environments.
With integrated new generation AMD Radeon Vega graphics, the cExpress-AR supports up to four independent 4K displays via DisplayPort, HDMI, DVI and LVDS. The cExpress-AR, offers a range of high speed interfaces, including 2.5GbE Ethernet, 6 PCIe x1 Gen3 and 1 PCIe x8 Gen2 (configurable), and 4x USB 3.2 ports. These features are fully compatible with the COM Express Rev. 3 specification, allowing for existing systems to upgrade and gain in performance without changing the carrier design.
new
cExpress-EL
COM Express Compact Size Type 6 Module with Next Generation Intel Atom Processor SoC
ADLINK cExpress-EL supports next generation Intel Atom x6000 processors (Elkhart Lake) combined with Intel UHD graphics at low power envelope and high speed interfaces. cExpress-EL modules support In-Band ECC dual channel DDR4 memory up to 32GB, and are also available in rugged operating temperature range and low power envelope, making them a perfect match for mission critical fanless edge computing applications that require safety and reliability at all times.
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Microlog
Vehicle testing and tracking tool
The ODOS Microlog is perfectly suited for test vehicle tracking. Just plug it in and you are ready to monitor the vehicle. All is configured over the air! Perfect for any tracking and monitoring application for R&D use case as well as commercial use.
With the power of award-winning ODOS CloudSoft Professional Cloud software, you will take your test and measurement experience to another level over the air.
ODOS Microlog is a perfect tool for any vehicle testing department as you can carry out a large number of standard tests very simply with the quick installation and remote management with results being shown in real-time in ODOS Cloudsoft.
cExpress-EL
COM Express Compact Size Type 6 Module with Next Generation Intel Atom Processor SoC
ADLINK cExpress-EL supports next generation Intel Atom x6000 processors (Elkhart Lake) combined with Intel UHD graphics at low power envelope and high speed interfaces. cExpress-EL modules support In-Band ECC dual channel DDR4 memory up to 32GB, and are also available in rugged operating temperature range and low power envelope, making them a perfect match for mission critical fanless edge computing applications that require safety and reliability at all times.
new
Microlog
Vehicle testing and tracking tool
The ODOS Microlog is perfectly suited for test vehicle tracking. Just plug it in and you are ready to monitor the vehicle. All is configured over the air! Perfect for any tracking and monitoring application for R&D use case as well as commercial use.
With the power of award-winning ODOS CloudSoft Professional Cloud software, you will take your test and measurement experience to another level over the air.
ODOS Microlog is a perfect tool for any vehicle testing department as you can carry out a large number of standard tests very simply with the quick installation and remote management with results being shown in real-time in ODOS Cloudsoft.
new
CloudCommander
All-in-One CAN to Cloud datalogging solution
ODOSOLUTIONS AB (ODOS) and Kvaser AB have brought together a fresh perspective, unique collaboration, and advanced technology, in order to deliver next generation cloud connectivity and data logging for CAN (controller area network).
ODOS’ CloudCommander is a 4G-enabled data logger that integrates Kvaser’s well-known CAN interface hardware. ODOS’ Cloudsoft software platform, plus dashboard makes this a comprehensive CAN-to-Cloud data logging solution.
CloudCommander Features
The CloudCommander data logger combines the scale of Kvaser’s most popular CAN interface — the Kvaser Leaf Light — with the power of ODOS’ industry leading IoT Cloud Platform, to bring you a comprehensive CAN-to-Cloud datalogging solution:
Real-time CAN data streaming over 4G cellular connectivity to Cloud data storage
GPS tracking and 3-axis Accelerometer
Onboard UPS and memory buffer in the event of power and cellular connectivity outages
Native Kvaser Leaf (CANlib SDK) Interface and API
Rugged waterproof (IP67) field deployable enclosure with secure mounting location
CloudSoft Features
The tight vertical integration with award-winning CloudSoft platform and dashboard offers:
Remote real-time CAN data monitoring and analysis software
Over-The-Air (OTA) data-logger configuration updates
OTA Diagnostic Protocols on CAN (OBD2 & UDS)
Event based triggering to stream data, capture CAN traces and email alerts/reports
Virtual calculated CAN channels
Distributed team collaboration and data sharing platform
Plugins and REST API service
ASAM file formats
Certified to the most rigorous IT security and privacy (GDPR) legislation
What’s more, the CloudCommander incorporates a Kvaser USB-CAN interface to support your existing PC Applications whilst simultaneously streaming data to the cloud for remote fleet monitoring and diagnostics support.
new
X-Analyser
Windows based tool to test your CAN, CAN FD, CANopen, J1939, NMEA2000, DeviceNet and LIN bus systems
X-Analyser Features
X-Analyser supports all of the typical features of a CAN, CAN FD, LIN analysis tool plus the following:
Simulate CAN, CAN FD & LIN Devices or Network — Message Builder for Transmission
You can build messages for transmission on a CAN, CAN FD or LIN bus from an .DBC or .LDF file. This saves time in converting decimal to hexadecimal and calculating scaling & offset. All you need to do is enter the signal physical value e.g. Engine Speed as 3000 rpm or Oil Temperature as degrees C.
CANopen
X-Analyser has support for the CANopen higher layer protocol which is used for industrial automation and other off-highway applications. There are two main areas of support for which you must have the X-Analyser Professional Edition; message/signal interpretation and transmission of Network Management messages to put individual nodes or the whole bus into different states.
NMEA 2000
The most powerful NMEA2000 test tool on the market. The NMEA2000 PGN signal database is embedded into X-Analyser which means that you can send or receive and interpret the data easily. The Fast Packet Protocol is supported for sending and receiving of NMEA2000 packets. CAN identifiers are interpreted as PGN, Source Address, Priority etc. and the data field is broken down into PGN fields and signals.
CAN Oscilloscope
X-Analyser captures CAN_H & CAN_L signals for each CAN frame on CAN bus
Can be used to carry out full CAN system audits
Help identify which ECUs or areas of CAN bus is experiencing electrical problems
Filter Editor
Use the filter editor to filter CAN frames on the Raw Data Trace they can be filtered by; Channel, Data, Data Length, Direction, Frame ID, Frame Type and Timestamp. These can be used with a combination of logic functions to define certain criteria for Filtering.
Gauges
With a CAN database loaded signals can be configured to show as gauges. With a combination of gauge styles available and gauge values can be defined such as; Min and Max values and Minor and Major Step Intervals.
Interactive Generator for CAN and J1939
The Interactive Generator (IG) allows the user to use a CANdb (*.dbc) file to interactively transmit CAN messages onto a system using the signals physical values that will automatically be converted to raw CAN data. Running in parallel with X-Analyser, the IG allows the user to create and change CAN messages on the fly. Transmission of a message can be carried out by user interaction (i.e. by clicking on a button) or by a timer with resolution 5ms which allows periodic transmitting.
ISO 15765 transmitter
Easily create a Mode 3 transmitter when the ISO 15765 Higher Layer Protocol has been added.
J1939 Signals Database
X-analyser Professional Edition comes with a J1939 database where signals can be selected and source address defined so they can be displayed in a Signals Panel, Gauge or Scope.
J1939 Signals
Within the J1939 Raw Trace tab available with X-analyser Professional CAN frames can be expanded to show the signals within that frame.
Object Transmitter
The Object Transmitter can be used to create CAN frames and transmit them onto a network. Standard and Extended ID’s can be selected, also Transmitters can be sent periodically by selecting Auto-Repeat and defining the time interval in milliseconds.
Graphing on Signals Scope
With a CAN, CAN FD or LIN database loaded, signals can be selected for the scope to displayed and plotted. Points on the scope can be selected to show the value at a certain time. The scope can also be exported to CSV format to be opened and worked with in Excel.
Signals Editor
The signals editor can be used to create parts of a CAN database on the fly, what’s created can be configure to a signals panel, gauges or scope.
Signals Panel
With a CAN database loaded signals can be configured to the signals panel to show physical values. The signals can be displayed numerically or symbolically.
Signals Search Function
CAN databases when loaded can be searched using the signals search function. Quotation marks can also be used to search for a whole name i.e. «Engine RPM».
Symbolic and Numeric Values
X-analyser can now have the same signals displayed more than once on a signals panel, gauge or scope. Within a signals panel the same signal can be displayed more than once with each as a symbolic or numeric value.
UDS DTC reader
X-analyser now has a UDS DTC reader, once configured in the transport protocol for the UDS DTC reader. It shall read and clear UDS DTC’s with the option to set the DTC Status Mask so different ECU’s can be read.
LIN Schedule Tables
When you load a LDF into X-Analyser, you can load the Schedule Table into the Object Transmitter to simulate all or some of the nodes on the LIN bus.
Supports industry standard log files and databases
X-Analyser uses industry standard files so that they can be easily shared between your engineers, customers and supplier. For description of Controller Area Networks (CAN), X-Analyser supports the CAN database file format (*.dbc). For description of Local Interconnect Networks (LIN), X-Analyser supports the LIN Description File (LDF) format (*.ldf). For logs of CAN data, X-Analyser supports log files in the ASCII file format (*.asc).
Virtual networks and channels for off-line analysis
A number of virtual buses are available with X-Analyser which are useful for off-line demonstration or working away with data captured from the CAN or LIN bus so that the data can be reviewed and played back on the PC without the need for a network interface. Virtual buses include:
Native virtual X-Analyser virtual buses that are connected in a simulated loop-back. This is ideal for play-back purposes.
Random CAN generator which generates a CAN message of ID 0×500 with a data field that contains a sine wave and a number of random signal waveforms.
Random LIN generator which generates a LIN message of ID 0×32 with a data field that contains a sine wave and a number of random signal waveforms.
Random CAN-FD generator which generates a CAN message of ID 0×500, DLC 48 with a data field that contains a sine wave and a number of random signal waveforms.
In addition to this if you are using a Kvaser or Vector interface then you can use the virtual channels that are provided by these manufacturers.
Easy Project Sharing
X-Analyser’s project files means that you can put together different setups and GUI displays for different projects, vehicles and networks.
Embedding of CAN or LIN databases into the X-Analyser projects mean easy sharing of project files without having to worry about the database linking or location.
CloudCommander
All-in-One CAN to Cloud datalogging solution
ODOSOLUTIONS AB (ODOS) and Kvaser AB have brought together a fresh perspective, unique collaboration, and advanced technology, in order to deliver next generation cloud connectivity and data logging for CAN (controller area network).
ODOS’ CloudCommander is a 4G-enabled data logger that integrates Kvaser’s well-known CAN interface hardware. ODOS’ Cloudsoft software platform, plus dashboard makes this a comprehensive CAN-to-Cloud data logging solution.
CloudCommander Features
The CloudCommander data logger combines the scale of Kvaser’s most popular CAN interface — the Kvaser Leaf Light — with the power of ODOS’ industry leading IoT Cloud Platform, to bring you a comprehensive CAN-to-Cloud datalogging solution:
Real-time CAN data streaming over 4G cellular connectivity to Cloud data storage
GPS tracking and 3-axis Accelerometer
Onboard UPS and memory buffer in the event of power and cellular connectivity outages
Native Kvaser Leaf (CANlib SDK) Interface and API
Rugged waterproof (IP67) field deployable enclosure with secure mounting location
CloudSoft Features
The tight vertical integration with award-winning CloudSoft platform and dashboard offers:
Remote real-time CAN data monitoring and analysis software
Over-The-Air (OTA) data-logger configuration updates
OTA Diagnostic Protocols on CAN (OBD2 & UDS)
Event based triggering to stream data, capture CAN traces and email alerts/reports
Virtual calculated CAN channels
Distributed team collaboration and data sharing platform
Plugins and REST API service
ASAM file formats
Certified to the most rigorous IT security and privacy (GDPR) legislation
What’s more, the CloudCommander incorporates a Kvaser USB-CAN interface to support your existing PC Applications whilst simultaneously streaming data to the cloud for remote fleet monitoring and diagnostics support.
new
X-Analyser
Windows based tool to test your CAN, CAN FD, CANopen, J1939, NMEA2000, DeviceNet and LIN bus systems
X-Analyser Features
X-Analyser supports all of the typical features of a CAN, CAN FD, LIN analysis tool plus the following:
Simulate CAN, CAN FD & LIN Devices or Network — Message Builder for Transmission
You can build messages for transmission on a CAN, CAN FD or LIN bus from an .DBC or .LDF file. This saves time in converting decimal to hexadecimal and calculating scaling & offset. All you need to do is enter the signal physical value e.g. Engine Speed as 3000 rpm or Oil Temperature as degrees C.
CANopen
X-Analyser has support for the CANopen higher layer protocol which is used for industrial automation and other off-highway applications. There are two main areas of support for which you must have the X-Analyser Professional Edition; message/signal interpretation and transmission of Network Management messages to put individual nodes or the whole bus into different states.
NMEA 2000
The most powerful NMEA2000 test tool on the market. The NMEA2000 PGN signal database is embedded into X-Analyser which means that you can send or receive and interpret the data easily. The Fast Packet Protocol is supported for sending and receiving of NMEA2000 packets. CAN identifiers are interpreted as PGN, Source Address, Priority etc. and the data field is broken down into PGN fields and signals.
CAN Oscilloscope
X-Analyser captures CAN_H & CAN_L signals for each CAN frame on CAN bus
Can be used to carry out full CAN system audits
Help identify which ECUs or areas of CAN bus is experiencing electrical problems
Filter Editor
Use the filter editor to filter CAN frames on the Raw Data Trace they can be filtered by; Channel, Data, Data Length, Direction, Frame ID, Frame Type and Timestamp. These can be used with a combination of logic functions to define certain criteria for Filtering.
Gauges
With a CAN database loaded signals can be configured to show as gauges. With a combination of gauge styles available and gauge values can be defined such as; Min and Max values and Minor and Major Step Intervals.
Interactive Generator for CAN and J1939
The Interactive Generator (IG) allows the user to use a CANdb (*.dbc) file to interactively transmit CAN messages onto a system using the signals physical values that will automatically be converted to raw CAN data. Running in parallel with X-Analyser, the IG allows the user to create and change CAN messages on the fly. Transmission of a message can be carried out by user interaction (i.e. by clicking on a button) or by a timer with resolution 5ms which allows periodic transmitting.
ISO 15765 transmitter
Easily create a Mode 3 transmitter when the ISO 15765 Higher Layer Protocol has been added.
J1939 Signals Database
X-analyser Professional Edition comes with a J1939 database where signals can be selected and source address defined so they can be displayed in a Signals Panel, Gauge or Scope.
J1939 Signals
Within the J1939 Raw Trace tab available with X-analyser Professional CAN frames can be expanded to show the signals within that frame.
Object Transmitter
The Object Transmitter can be used to create CAN frames and transmit them onto a network. Standard and Extended ID’s can be selected, also Transmitters can be sent periodically by selecting Auto-Repeat and defining the time interval in milliseconds.
Graphing on Signals Scope
With a CAN, CAN FD or LIN database loaded, signals can be selected for the scope to displayed and plotted. Points on the scope can be selected to show the value at a certain time. The scope can also be exported to CSV format to be opened and worked with in Excel.
Signals Editor
The signals editor can be used to create parts of a CAN database on the fly, what’s created can be configure to a signals panel, gauges or scope.
Signals Panel
With a CAN database loaded signals can be configured to the signals panel to show physical values. The signals can be displayed numerically or symbolically.
Signals Search Function
CAN databases when loaded can be searched using the signals search function. Quotation marks can also be used to search for a whole name i.e. «Engine RPM».
Symbolic and Numeric Values
X-analyser can now have the same signals displayed more than once on a signals panel, gauge or scope. Within a signals panel the same signal can be displayed more than once with each as a symbolic or numeric value.
UDS DTC reader
X-analyser now has a UDS DTC reader, once configured in the transport protocol for the UDS DTC reader. It shall read and clear UDS DTC’s with the option to set the DTC Status Mask so different ECU’s can be read.
LIN Schedule Tables
When you load a LDF into X-Analyser, you can load the Schedule Table into the Object Transmitter to simulate all or some of the nodes on the LIN bus.
Supports industry standard log files and databases
X-Analyser uses industry standard files so that they can be easily shared between your engineers, customers and supplier. For description of Controller Area Networks (CAN), X-Analyser supports the CAN database file format (*.dbc). For description of Local Interconnect Networks (LIN), X-Analyser supports the LIN Description File (LDF) format (*.ldf). For logs of CAN data, X-Analyser supports log files in the ASCII file format (*.asc).
Virtual networks and channels for off-line analysis
A number of virtual buses are available with X-Analyser which are useful for off-line demonstration or working away with data captured from the CAN or LIN bus so that the data can be reviewed and played back on the PC without the need for a network interface. Virtual buses include:
Native virtual X-Analyser virtual buses that are connected in a simulated loop-back. This is ideal for play-back purposes.
Random CAN generator which generates a CAN message of ID 0×500 with a data field that contains a sine wave and a number of random signal waveforms.
Random LIN generator which generates a LIN message of ID 0×32 with a data field that contains a sine wave and a number of random signal waveforms.
Random CAN-FD generator which generates a CAN message of ID 0×500, DLC 48 with a data field that contains a sine wave and a number of random signal waveforms.
In addition to this if you are using a Kvaser or Vector interface then you can use the virtual channels that are provided by these manufacturers.
Easy Project Sharing
X-Analyser’s project files means that you can put together different setups and GUI displays for different projects, vehicles and networks.
Embedding of CAN or LIN databases into the X-Analyser projects mean easy sharing of project files without having to worry about the database linking or location.
