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4.7.1 | cPCI-8312H | CompactPCI 6U SSCNetII(12 axis, 200MHz DSP) + 2*HSL Card | call | |
4.7.1 | PCI-7851 | HSL master controller interface Card | use PCI-7853 | |
4.7.1 | PCI-7852 | Dual port HSL master controller interface Card | use PCI-7854 | |
4.7.1 | HSL-DI32-M-N | Robust HSL 32chan NPN sinking input |
276,00 € (w/o VAT) |
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4.7.1 | HSL-DI32-M-P | Robust HSL 32chan PNP sourcing input | EOL | |
4.7.1 | HSL-DO32-M-N | Robust HSL 32chan NPN sinking output |
276,00 € (w/o VAT) |
|
4.7.1 | HSL-DO32-M-P | Robust HSL 32chan PNP sourcing output | EOL | |
4.7.1 | HSL-DI16DO16-M-NN | Robust HSL 16chan NPN in 16chan NPN output |
237,00 € (w/o VAT) |
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4.7.1 | HSL-DI16DO16-M-NP | Robust HSL 16chan NPN in 16chan PNP output | EOL | |
4.7.1 | HSL-DI16DO16-M-PN | Robust HSL 16chan PNP in 16chan NPN output | EOL | |
4.7.1 | HSL-DI16DO16-M-PP | Robust HSL 16chan PNP in 16chan PNP output | EOL | |
4.7.1 | HSL-R8DI16-M-N | Robust HSL 8chan Relay out 16chan NPN in | EOL | |
4.7.1 | HSL-R8DI16-M-P | Robust HSL 8chan Relay out 16chan PNP in | EOL | |
4.7.1 | HSL-AI16AO2-M-VV | Robust HSL board 16chan voltage input |
444,00 € (w/o VAT) |
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4.7.1 | HSL-AI16AO2-M-AV | Robust HSL board 16chan current input | EOL | |
4.7.1 | HSL-AI16-M-V | Robust HSL 16chan voltage input | EOL | |
4.7.1 | HSL-AI16-M-A | Robust HSL 16chan current input | EOL | |
4.7.1 | HSL-AO4-U | HSL 4chan analogue output module |
577,00 € (w/o VAT) |
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4.7.1 | HSL-DI8DO8-C-NN | Compact HSL 8chan NPN in 8chan NPN out |
218,00 € (w/o VAT) |
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4.7.1 | HSL-DI8DO8-C-NP | Compact HSL 8chan NPN in 8chan PNP out | EOL | |
4.7.1 | HSL-DI8DO8-C-PN | Compact HSL 8chan PNP in 8chan NPN out | EOL | |
4.7.1 | HSL-DI8DO8-C-PP | Compact HSL 8chan PNP in 8chan PNP out | EOL | |
4.7.1 | HSL-DI16DO16-NN-DIN | Economic HSL 16chan NPN in 16chan NPN out | EOL | |
4.7.1 | HSL-DI16DO16-PN-DIN | Economic HSL 16chan PNP in 16chan NPN out | EOL | |
4.7.1 | HSL-DI32-N-DIN | Economic HSL 32chan NPN in | EOL | |
4.7.1 | HSL-DI32-P-DIN | Economic HSL 32chan PNP in | EOL | |
4.7.1 | HSL-DO32-N-DIN | Economic HSL 32chan NPN out | EOL | |
4.7.1 | HSL-DO32-P-DIN | Economic HSL 32chan PNP out | EOL | |
4.7.1 | HSL-DI48DO16-NN-DIN | Economic HSL 48chan NPN in 16chan NPN out | EOL | |
4.7.1 | HSL-DI48DO16-PN-DIN | Economic HSL 48chan PNP in 16chan NPN out | EOL | |
4.7.1 | HSL-DI48DO16-NP-DIN | Economic HSL 48chan NPN in 16chan PNP out | EOL | |
4.7.1 | HSL-DI48DO16-PP-DIN | Economic HSL 48chan PNP in 16chan PNP out | EOL | |
4.7.1 | HSL-DI16DO48-NN-DIN | Economic HSL 16chan NPN in 48chan NPN out | EOL | |
4.7.1 | HSL-DI16DO48-PN-DIN | Economic HSL 16chan PNP in 48chan NPN out | EOL | |
4.7.1 | HSL-DI16DO48-NP-DIN | Economic HSL 16chan NPN in 48chan PNP out | EOL | |
4.7.1 | HSL-DI16DO48-PP-DIN | Economic HSL 16chan PNP in 48chan PNP out | EOL | |
4.7.1 | HSL-DI64-N-DIN | Economic HSL 64chan NPN in | EOL | |
4.7.1 | HSL-DI64-P-DIN | Economic HSL 64chan PNP in | EOL | |
4.7.1 | HSL-DO64-N-DIN | Economic HSL 64chan NPN out | EOL | |
4.7.1 | HSL-DO64-P-DIN | Economic HSL 64chan PNP out | EOL | |
4.7.1 | HSL-DI32-DB-N | 32-ch NPN sinking input HSL |
211,00 € (w/o VAT) |
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4.7.1 | HSL-DI32-DB-P | 32-ch PNP sourcing input HSL | EOL | |
4.7.1 | HSL-DO32-DB-N | 32-ch NPN sinking output HSL |
212,00 € (w/o VAT) |
|
4.7.1 | HSL-DO32-DB-P | 32-ch PNP sourcing output HSL | EOL | |
4.7.1 | HSL-DI16DO16-DB-NN | 16-ch NPN sinking input, 16-ch NPN sinking output HSL |
185,00 € (w/o VAT) |
|
4.7.1 | HSL-DI16DO16-DB-NP | 16-ch NPN sinking input, 16-ch PNP sourcing output HSL | EOL | |
4.7.1 | HSL-DI16DO16-DB-PN | 16-ch PNP sourcing input, 16-ch NPN sinking output HSL | EOL | |
4.7.1 | HSL-DI16DO16-DB-PP | 16-ch PNP sourcing input, 16-ch PNP sourcing HSL | EOL | |
4.7.1 | HSL-R8DI16-DB-N | 8-ch Relay out, 16-ch NPN sinking input HSL | EOL | |
4.7.1 | HSL-R8DI16-DB-P | 8-ch Relay out, 16-ch PNP sourcing input HSL | EOL |
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acceed news

Resilient, fanless, GPU-accelerated: these are the requirements for AI-focused computers on the production line, in development, in the field and under extreme conditions. Or deep learning, object recognition and video analysis brought directly to the road, robust, compact and independent of the cloud. To meet these challenges, the new SEMIL-2000GC combines the uncompromising robustness of a fully enclosed IP67 industrial system with the computing power of the latest Nvidia RTX GPUs – ideal for demanding applications in the fields of autonomous driving, industrial image processing, mobile robotics, smart cities, surveillance or edge AI in IIoT. Certified according to EN 50155, the controller can also be used in rail vehicles and in an extended temperature range from -40 to +70 °C.

Acceed is expanding its range of industrial box controllers with the fanless compact computer POC-764VR, which has been specially developed for video analysis and object recognition. In addition to the robust design tailored to industrial applications, the new controller impresses with its reliable high computing power and offers HD image recording, real-time detection and data analysis with support for various sensors. The possibility of remote access improves safety and efficiency and reduces operating costs.

The Nuvo-11000 series is Neousys’ flagship rugged embedded computer, powered by Intel® Core™ Ultra 200 processors with up to 24 cores/threads, DDR5-6400 memory, PCIe Gen5, and an integrated NPU delivering up to 36 TOPs for AI workloads. Offering a 1.2x CPU boost and improved energy efficiency, it supports demanding industrial applications. The system provides five 2.5GbE and one 1GbE port (with optional PoE+), an optional 10GbE port, eight USB 3.2 Gen2 ports, and an M.2 Gen5x4 slot enabling SSD speeds over 11,000 MB/s. With expansion via Cassette, MezIO®, and mini-PCIe, plus isolated DI/DO, it delivers versatile connectivity, scalability, and reliable performance in harsh environments.

The multifunctional DAQ cards PCIe-9146 and PCIe-9147 are powerful new developments that enable precise and highly flexible data acquisition in demanding applications. These PCIe cards combine simultaneous data acquisition on multiple channels with speed and precision. This makes them equally suitable for general use in professional measurement technology as well as for tasks in industrial automation or research and development. Thanks to their ability to capture multiple signals simultaneously, they offer an optimal solution for applications where synchronisation and high resolution are crucial, such as vibration detection.

Edge AI applications often mean that the hardware used is housed in tightly dimensioned enclosures, ducts or narrow boxes. Enclosures are unavoidable to protect against environmental influences, but air circulation and thus cooling suffer just as inevitably. The NRU-156U3-FT AI controller from Acceed now scores points with a new fanless chassis design for installation in confined spaces with reduced airflow and simultaneous operation at high ambient temperatures. The full-surface, flat heat sink maximises cooling efficiency across the entire top of the housing, enabling efficient heat dissipation even with reduced air circulation. The robust embedded PC has six USB interfaces (3.2) and is designed for operation at ambient temperatures from -25 to +60 °C.