Description
Product Introduction
The Teledyne DALSA CR-GEN0-M6400R3 (originally developed under the Coreco Imaging Genie line) is a high-performance industrial frame grabber board designed for complex automated optical inspection (AOI) and real-time vision acquisition systems. Interfacing directly with high-speed industrial cameras, it offloads heavy video decoding, DMA transfer, and pixel processing from the host PC’s CPU.
Engineered for demanding industrial imaging environments, the board features integrated opto-isolated trigger I/O and low-latency image capture circuits. Unlike standard commercial capture cards, the CR-GEN0-M6400R3 delivers zero-packet-loss image transfers over PCI, preventing frame drops during high-speed inline manufacturing and quality control checks.
Key Technical Specifications
| Parameter | Value / Description |
| Manufacturer | Teledyne DALSA / Coreco Imaging |
| Part Number | CR-GEN0-M6400R3 |
| Product Type | Image Acquisition / Frame Grabber Card |
| Bus Interface | Standard PCI / PCI-X Slot Architecture |
| Onboard Memory | Integrated high-speed SDRAM frame buffer |
| Camera Inputs | Multi-channel video inputs (Camera Link / Analog High-Res depending on sub-rev) |
| Digital I/O | Opto-isolated hardware triggers and strobe control outputs |
| Software Support | DALSA Sapera LT SDK / Coreco Imaging Suite |
| Operating Temperature | 0°C to +55°C (32°F to 131°F) |
| Form Factor | Full-height, half-length PCI add-in card |
Application Scenarios & The “Trench” Experience
A high-speed bottling line halts because an automated label-inspection vision system starts throwing “Frame Transfer Timeout” errors. The host PC is fine, but the legacy frame grabber card’s DMA controller failed due to thermal degradation inside an unventilated IPC enclosure. Without a drop-in replacement card, the entire automated packaging cell remains paralyzed.
- Semiconductor Wafer & PCB Inspection – Captures high-resolution micro-defect imagery on fast-moving conveyor lines without dropping frames.
- Pharmaceutical Packaging Verification – Interfaces with high-speed strobe lights and trigger sensors to verify pill count and blister pack seals.
- Automotive Assembly & Robot Guidance – Transmits 2D/3D camera positional data to industrial robots for precise part placement.
- Print & Web Inspection Systems – Processes continuous high-speed roll feeds for optical print alignment and surface defect detection.
Real-World Field Case Study
During a 3rd shift run at a flat-panel display manufacturing plant, a critical panel alignment station went down when its vision acquisition computer stopped receiving trigger signals from the camera interface board. Diagnostic logs confirmed the primary CR-GEN0-M6400R3 frame grabber experienced an internal PCI bridge failure.
Because the inspection station used custom-written legacy Sapera vision software tied directly to this specific DALSA board architecture, upgrading the PC and vision card to a modern PCIe setup would have required weeks of software re-coding and line re-validation. The engineering crew sourced a factory-tested surplus CR-GEN0-M6400R3 board, verified the onboard jumper configurations, installed it in the legacy PCI slot, re-loaded the driver stack, and had the line inspecting panels again before morning shift change.
Transparency SOP: Quality Assurance & Testing
We don’t just ship boxes; we test them on actual industrial vision test stands. Every pre-owned or new-surplus DALSA CR-GEN0-M6400R3 frame grabber card undergoes a strict multi-point verification protocol before shipping:
- Inbound Visual & Gold-Finger Inspection: Inspect card trace gold fingers, bracket mounting, capacitors, and multi-pin camera connectors for physical damage or wear.
- Bus Recognition & POST Check: Install the card into an industrial PC chassis to verify PCI bus enumeration and hardware handshakes.
- Live Video Feed & DMA Transfer Testing: Connect industrial camera sources and run continuous high-frame-rate video acquisition tests to confirm zero-loss DMA transfer directly into host RAM.
- Hardware Trigger & Strobe I/O Check: Inject external hardware trigger pulses to verify opto-isolated trigger inputs and strobe signal timing outputs.
- Final Quality Check & Anti-Static Packaging: Seal the board inside a protective ESD anti-static bag and pack with high-density anti-vibration foam.
CR-GEN0-M6400R3
CR-GEN0-M6400R3
The Veteran’s Tech Trap Guide (Crucial Value-Add)
⚠️ Electrostatic Discharge (ESD) Warning: Frame grabber cards use sensitive FPGA and RAM components. Always wear a grounded anti-static wrist strap when handling the CR-GEN0-M6400R3. Handling the board without grounding can easily zap the camera transceiver chips.
❗ Verify PCI Slot Voltage & Keying: Check whether your industrial motherboard slot supports 5V or 3.3V PCI keying before inserting the board. Forcing the card into an incompatible bus slot will damage the edge connector and motherboard bridge.
⚠️ Check Software & Driver Dependencies: Before physically swapping the board, document your installed version of Teledyne DALSA Sapera LT or Coreco driver package. Installing a legacy board into a system with mismatched driver revisions can cause blue screen crashes (BSOD) or memory allocation faults.
❗ Secure Camera Cables with Thumb-Screws: Always hand-tighten the retention screws on your camera interface cable. Loose camera cables on high-vibration production lines cause intermittent signal loss that often looks like a failing frame grabber card.
Frequently Asked Questions (FAQ)
Q: Can I use the DALSA CR-GEN0-M6400R3 card in a standard modern PCIe (PCI Express) slot?
A: No. The CR-GEN0-M6400R3 uses a legacy legacy PCI edge connector. To run it in a modern PC without standard PCI slots, you must use an active industrial PCIe-to-PCI bridge enclosure or an industrial motherboard featuring native legacy PCI slots.
Q: Where can I get the drivers for this legacy frame grabber?
A: Drivers are included in the Teledyne DALSA Sapera LT SDK software suite. You must ensure you install a version of Sapera LT that supports legacy Genie/Coreco PCI hardware architectures (typically Windows XP / Windows 7 32/64-bit environments).
Q: What is the main cause of “Buffer Overflow” or dropped frames with this board?
A: Buffer overflows are usually caused by host PC resource bottlenecks—such as PCI bus bandwidth contention, power management CPU throttling, or incorrect DMA memory allocations in the vision software.
Q: Does this card require external power connections?
A: Most configurations draw all required logic power directly from the motherboard PCI bus. However, if powering auxiliary camera lines through the board interface, verify total current draw against your system power supply ratings.
Q: What warranty comes with surplus or pre-owned units?
A: All factory-sealed surplus and tested refurbished DALSA CR-GEN0-M6400R3 modules supplied through our channel come backed by a comprehensive 12-month operational replacement warranty.
Q: Why buy surplus vision hardware instead of upgrading the entire vision system?
A: Upgrading a machine vision system often requires replacing cameras, lenses, lighting controllers, and rewriting thousands of lines of validated inspection code. Sourcing pre-tested surplus frame grabbers keeps existing, highly calibrated inspection lines running at a fraction of the cost.
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