Euresys Coaxlink Quad CXP-12 Value

Advantages

PCIe 3.0 (Gen 3) x8 bus

- 7,800 MB/s peak bus bandwidth

- 6,700 MB/s sustained bus bandwidth

Connect the fastest, highest resolution cameras to capture images

- Highest data acquisition rate in the industry

- 50 Gbit/s (5,000 MB/s) bandwidth (from camera to host PC memory)

Long cable support

- 40 metres at CXP-12 speed (12.5 Gbps)

- 72 metres at CXP-6 speed (6.25 Gbps)

- 100 metres at CXP-3 speed (3 Gbps)

Power over CoaXPress

- Power over CoaXPress: The camera delivers up to 17 W per channel with 24 VDC and provides automatic device detection, measurement and overload protection.

- Total voltage and current as well as voltage and current per channel can be measured for verification and performance deviation monitoring.

Uses standard coaxial cable

- Data transfer, camera control, triggers and power supply with a single, inexpensive cable

- Top-notch reliability and flexibility for implementation in harsh environments

Micro-BNC (HD-BNC™) connectors provide reliable connections

- Trusted push-to-turn snap ring positive locking

- For quick and easy connection and disconnection

Connects up to 4 cameras to a single Coaxlink card

Memento Event Logging Tool

- Memento is an advanced development and debugging tool for Coaxlink and Grablink cards.

- Memento records an accurate log of all events related to the camera, the frame grabber card and its driver, and the application.

- For times containing timestamps, it provides developers with accurate timelines, as well as contextual information and logic analyser views.

- It can provide valuable collaboration during application development and debugging, as well as during machine operation.

Direct GPU Transfer

- Sample programs are available for AMD DirectGMA and NVIDIA (CUDA).

- GPU Direct Transfer eliminates unnecessary copies of system memory, reduces CPU overhead, and decreases latency, resulting in significant improvements in application data transfer times.

- Use AMD's DirectGMA to capture image data directly to GPU memory. Compatible with AMD FirePro W5x00 and higher and all AMD FirePro S series products.

Universal I/O Cable

- Compatible with a wide range of sensors and motion encoders

- Eight isolated current sense inputs (up to 30V, signalling up to 200kHz, individually galvanically isolated up to 250VDC and 170VAC RMS)

- Four high-speed differential inputs (quadrature motion encoder support up to 5 MHz)

- Four isolated tactile outputs (up to 30V, 100 mA, signalling up to 100 KHz)

- Four high-speed 5V-compatible TTL inputs/LVTTL outputs (signalling up to 5 MHz)

High performance DMA (Direct Memory Access)

- Direct transfers to user-allocated memory and hardware boards displaying PCI addresses

- Hardware Dispersal - Aggregation Support

- 64-bit addressing capability

Area Scan Trigger Function

- Triggers are used to initiate acquisition when a part is in place. Hardware triggers come from Coaxlink's I/O lines. Software triggers are from the application.

- Controllable delay triggers to control the point at which image acquisition is delayed.

- Trigger extraction feature allows certain triggers to be skipped.

- Camera exposure control allows the application to control the exposure time of the camera.

- When the system starts to acquire images, the Coaxlink capture card generates a signal at an appropriate point in time to control the lighting equipment connected to the output.

Line Scan Trigger Capability 1/2

Coaxlink supports both continuous roll scanning (to inspect infinite, continuously moving surfaces without losing lines) and discrete target scanning (to capture images of targets moving in front of the camera).

(to capture images of targets moving in front of the camera).

- Triggers are used to initiate acquisition when the part is in position. Hardware triggers are from the motherboard I/O lines. Software triggers come from the application.

- Once initiated, the acquisition will continue indefinitely (for rolling the network):

- Continue indefinitely (for rolled-net monitoring applications)

- continue for a programmable number of lines (to acquire a target image of known length)

- continue until an end trigger signal is received (to acquire variable length target images)