PIXCI® Selection Guide
PIXCI® series imaging boards interface to over 1000 different camera models made by over 70 camera manufacturers. Use this guide to check XCAP software's support for your camera; click on the Camera Controls link to view the custom, camera specific, control panels. Or, use the guide to help select a new camera with the characteristics you need! (Last Updated: 25 Sep 2025)
EPIX, Inc. is continually engineering new products and expanding its support for cameras used in research, industry, and other demanding applications. Please contact us if your camera isn't listed.
Note 1. The camera can operate in Base, Medium, or Full Camera Link modes; the PIXCI® E4TX2-4B Frame Grabber only supports the Base Camera Link mode. The capture taps (channels) and/or bits per pixel must be reduced to allow operation within the modes supported by the PIXCI® E4TX2-4B Frame Grabber.
Note 2. The camera can operate in Base, Medium, or Full Camera Link modes; the PIXCI® E4G2-4B Frame Grabber only supports the Base Camera Link mode. The capture taps (channels) and/or bits per pixel must be reduced to allow operation within the modes supported by the PIXCI® E4G2-4B Frame Grabber. Consider a PIXCI® E4G2-2F frame grabber as an alternative, supporting all of the camera's Camera Link modes.
Note 3. The camera can operate in Base, Medium, or Full Camera Link modes; the PIXCI® e104x4-4b Frame Grabber only supports the Base Camera Link mode. The capture taps (channels) and/or bits per pixel must be reduced to allow operation within the modes supported by the PIXCI® e104x4-4b Frame Grabber. Consider a PIXCI® e104x4-2f frame grabber as an alternative, supporting all of the camera's Camera Link modes.
Note 4. The camera can operate in Base, Medium, or Full Camera Link modes; the PIXCI® E8DB Frame Grabber only supports the Base Camera Link mode. The capture taps (channels) and/or bits per pixel must be reduced to allow operation within the modes supported by the PIXCI® E8DB Frame Grabber. Consider a PIXCI® E8 frame grabber as an alternative, supporting all of the camera's Camera Link modes.
Note 5. The camera can operate in Base, Medium, or Full Camera Link modes; the PIXCI® E4DB(Rev7+) Frame Grabber only supports the Base Camera Link mode. The capture taps (channels) and/or bits per pixel must be reduced to allow operation within the modes supported by the PIXCI® E4DB(Rev7+) Frame Grabber. Consider a PIXCI® E4(Rev7+), or PIXCI® E8 frame grabber as an alternative, supporting all of the camera's Camera Link modes.
Note 6. The camera can operate in Base, Medium, or Full Camera Link modes; the PIXCI® E4DB Frame Grabber only supports the Base Camera Link mode. The capture taps (channels) and/or bits per pixel must be reduced to allow operation within the modes supported by the PIXCI® E4DB Frame Grabber. Consider a PIXCI® E4, or PIXCI® E8 frame grabber as an alternative, supporting all of the camera's Camera Link modes.
Note 7. The PIXCI® EL1DB(Rev7+) Frame Grabber's capture bandwidth is limited by the computer's PCI Express x1 Gen 2 bus/interface. The capture resolution (AOI) must be reduced to allow operation within the limits of the PCI Express x1 Gen 2 bus/interface. (The PCI Express x1 Gen 2 interface has, on most computers, an effective maximum bandwidth of approximately 413 MByte/sec.) Consider a PIXCI® E8DB, or PIXCI® E4G2-4B frame grabber, using the PCI Express x8, or PCI Express x4 Gen 2 bus/interface, as an alternative. The camera can operate in Base, Medium, or Full Camera Link modes; the PIXCI® EL1DB(Rev7+) Frame Grabber only supports the Base Camera Link mode. The capture taps (channels) and/or bits per pixel must be reduced to allow operation within the modes supported by the PIXCI® EL1DB(Rev7+) Frame Grabber. Consider a PIXCI® EL1(Rev7+), PIXCI® E4, PIXCI® E8, or PIXCI® E4G2-2F frame grabber as an alternative, supporting all of the camera's Camera Link modes.
Note 8. The PIXCI® EL1DB Frame Grabber's capture bandwidth is limited by the computer's PCI Express x1 bus/interface. The capture resolution (AOI) must be reduced to allow operation within the limits of the PCI Express x1 bus/interface. (The PCI Express x1 interface has, on most computers, an effective maximum bandwidth of approximately 190 MByte/sec.) Consider a PIXCI® E8DB, or PIXCI® E4G2-4B frame grabber, using the PCI Express x8, or PCI Express x4 Gen 2 bus/interface, as an alternative. The camera can operate in Base, Medium, or Full Camera Link modes; the PIXCI® EL1DB Frame Grabber only supports the Base Camera Link mode. The capture taps (channels) and/or bits per pixel must be reduced to allow operation within the modes supported by the PIXCI® EL1DB Frame Grabber. Consider a PIXCI® EL1, PIXCI® E4, PIXCI® E8, or PIXCI® E4G2-2F frame grabber as an alternative, supporting all of the camera's Camera Link modes.
Note 9. The PIXCI® EL1(Rev7+) Frame Grabber's capture bandwidth is limited by the computer's PCI Express x1 Gen 2 bus/interface. The capture resolution (AOI) must be reduced to allow operation within the limits of the PCI Express x1 Gen 2 bus/interface. (The PCI Express x1 Gen 2 interface has, on most computers, an effective maximum bandwidth of approximately 413 MByte/sec.) Consider a PIXCI® E4, PIXCI® E8, or PIXCI® E4G2-2F frame grabber, using the PCI Express x4, PCI Express x8, or PCI Express x4 Gen 2 bus/interface, as an alternative.
Note 10. The PIXCI® EL1 Frame Grabber's capture bandwidth is limited by the computer's PCI Express x1 bus/interface. The capture resolution (AOI) must be reduced to allow operation within the limits of the PCI Express x1 bus/interface. (The PCI Express x1 interface has, on most computers, an effective maximum bandwidth of approximately 190 MByte/sec.) Consider a PIXCI® EL1(Rev7+), PIXCI® E4, PIXCI® E8, or PIXCI® E4G2-2F frame grabber, using the PCI Express x1 Gen 2, PCI Express x4, PCI Express x8, or PCI Express x4 Gen 2 bus/interface, as an alternative.
Note 11. The PIXCI® ECB2 Frame Grabber's capture bandwidth is limited by the computer's ExpressCard/54 bus/interface. The capture resolution (AOI) must be reduced to allow operation within the limits of the ExpressCard/54 bus/interface. (The ExpressCard (PCI Express x1) interface has, on most computers, an effective maximum bandwidth of approximately 190 MByte/sec.) The camera can operate in Base, Medium, or Full Camera Link modes; the PIXCI® ECB2 Frame Grabber only supports the Base Camera Link mode. The capture taps (channels) and/or bits per pixel must be reduced to allow operation within the modes supported by the PIXCI® ECB2 Frame Grabber. Consider a PIXCI® EC1 frame grabber as an alternative, supporting all of the camera's Camera Link modes.
Note 12. The PIXCI® ECB1-34 Frame Grabber's capture bandwidth is limited by the computer's ExpressCard/34 bus/interface. The capture resolution (AOI) must be reduced to allow operation within the limits of the ExpressCard/34 bus/interface. (The ExpressCard (PCI Express x1) interface has, on most computers, an effective maximum bandwidth of approximately 190 MByte/sec.) The camera can operate in Base, Medium, or Full Camera Link modes; the PIXCI® ECB1-34 Frame Grabber only supports the Base Camera Link mode. The capture taps (channels) and/or bits per pixel must be reduced to allow operation within the modes supported by the PIXCI® ECB1-34 Frame Grabber.
Note 13. The camera can operate in Base, Medium, or Full Camera Link modes; the PIXCI® mf2280D (Medium-section) Frame Grabber only supports the Base and Medium Camera Link modes. The capture taps (channels) and/or bits per pixel must be reduced to allow operation within the modes supported by the PIXCI® mf2280D (Medium-section) Frame Grabber.
Note 14. The PIXCI® miniH2F Frame Grabber's capture bandwidth is limited by the computer's M.2 PCIe x1 Gen 2 bus/interface. The capture resolution (AOI) must be reduced to allow operation within the limits of the M.2 PCIe x1 Gen 2 bus/interface. (The M.2 PCIe x1 Gen 2 interface has, on most computers, an effective maximum bandwidth of approximately 413 MByte/sec.)
Note 15. The PIXCI® miniH2F Frame Grabber's capture bandwidth is limited by the computer's PCI Express Mini x1 Gen 2 bus/interface. The capture resolution (AOI) must be reduced to allow operation within the limits of the PCI Express Mini x1 Gen 2 bus/interface. (The PCI Express Mini x1 Gen 2 interface has, on most computers, an effective maximum bandwidth of approximately 413 MByte/sec.) Consider a PIXCI® mf2280 frame grabber, using the M.2 PCIe x4 Gen 2 bus/interface, as an alternative.
Note 16. The PIXCI® miniH2B Frame Grabber's capture bandwidth is limited by the computer's M.2 PCIe x1 Gen 2 bus/interface. The capture resolution (AOI) must be reduced to allow operation within the limits of the M.2 PCIe x1 Gen 2 bus/interface. (The M.2 PCIe x1 Gen 2 interface has, on most computers, an effective maximum bandwidth of approximately 413 MByte/sec.) The camera can operate in Base, Medium, or Full Camera Link modes; the PIXCI® miniH2B Frame Grabber only supports the Base Camera Link mode. The capture taps (channels) and/or bits per pixel must be reduced to allow operation within the modes supported by the PIXCI® miniH2B Frame Grabber.
Note 17. The PIXCI® miniH2B Frame Grabber's capture bandwidth is limited by the computer's PCI Express Mini x1 Gen 2 bus/interface. The capture resolution (AOI) must be reduced to allow operation within the limits of the PCI Express Mini x1 Gen 2 bus/interface. (The PCI Express Mini x1 Gen 2 interface has, on most computers, an effective maximum bandwidth of approximately 413 MByte/sec.) Consider a PIXCI® mf2280D (Medium-section) frame grabber, using the M.2 PCIe x4 Gen 2 bus/interface, as an alternative. The camera can operate in Base, Medium, or Full Camera Link modes; the PIXCI® miniH2B Frame Grabber only supports the Base Camera Link mode. The capture taps (channels) and/or bits per pixel must be reduced to allow operation within the modes supported by the PIXCI® miniH2B Frame Grabber.
Note 18. The PIXCI® EB1mini Frame Grabber's capture bandwidth is limited by the computer's M.2 PCIe x1 bus/interface. The capture resolution (AOI) must be reduced to allow operation within the limits of the M.2 PCIe x1 bus/interface. (The M.2 PCIe x1 interface has, on most computers, an effective maximum bandwidth of approximately 190 MByte/sec.) The camera can operate in Base, Medium, or Full Camera Link modes; the PIXCI® EB1mini Frame Grabber only supports the Base Camera Link mode. The capture taps (channels) and/or bits per pixel must be reduced to allow operation within the modes supported by the PIXCI® EB1mini Frame Grabber.
Note 19. The PIXCI® EB1mini Frame Grabber's capture bandwidth is limited by the computer's PCI Express Mini x1 bus/interface. The capture resolution (AOI) must be reduced to allow operation within the limits of the PCI Express Mini x1 bus/interface. (The PCI Express Mini x1 interface has, on most computers, an effective maximum bandwidth of approximately 190 MByte/sec.) Consider a PIXCI® miniH2B frame grabber, using the PCI Express Mini x1 Gen 2 bus/interface, as an alternative. The camera can operate in Base, Medium, or Full Camera Link modes; the PIXCI® EB1mini Frame Grabber only supports the Base Camera Link mode. The capture taps (channels) and/or bits per pixel must be reduced to allow operation within the modes supported by the PIXCI® EB1mini Frame Grabber.
Note 20. The PIXCI® EB1G2-PoCL Frame Grabber's capture bandwidth is limited by the computer's PCI Express x1 Gen 2 bus/interface. The capture resolution (AOI) must be reduced to allow operation within the limits of the PCI Express x1 Gen 2 bus/interface. (The PCI Express x1 Gen 2 interface has, on most computers, an effective maximum bandwidth of approximately 413 MByte/sec.) The camera can operate in Base, Medium, or Full Camera Link modes; the PIXCI® EB1G2-PoCL Frame Grabber only supports the Base Camera Link mode. The capture taps (channels) and/or bits per pixel must be reduced to allow operation within the modes supported by the PIXCI® EB1G2-PoCL Frame Grabber. Consider a PIXCI® E4, or PIXCI® E8 frame grabber as an alternative, supporting all of the camera's Camera Link modes.
Note 21. The PIXCI® EB1-PoCL Frame Grabber's capture bandwidth is limited by the computer's PCI Express x1 bus/interface. The capture resolution (AOI) must be reduced to allow operation within the limits of the PCI Express x1 bus/interface. (The PCI Express x1 interface has, on most computers, an effective maximum bandwidth of approximately 190 MByte/sec.) The camera can operate in Base, Medium, or Full Camera Link modes; the PIXCI® EB1-PoCL Frame Grabber only supports the Base Camera Link mode. The capture taps (channels) and/or bits per pixel must be reduced to allow operation within the modes supported by the PIXCI® EB1-PoCL Frame Grabber.
Note 22. The PIXCI® EB1G2 Frame Grabber's capture bandwidth is limited by the computer's PCI Express x1 Gen 2 bus/interface. The capture resolution (AOI) must be reduced to allow operation within the limits of the PCI Express x1 Gen 2 bus/interface. (The PCI Express x1 Gen 2 interface has, on most computers, an effective maximum bandwidth of approximately 413 MByte/sec.) The camera can operate in Base, Medium, or Full Camera Link modes; the PIXCI® EB1G2 Frame Grabber only supports the Base Camera Link mode. The capture taps (channels) and/or bits per pixel must be reduced to allow operation within the modes supported by the PIXCI® EB1G2 Frame Grabber. Consider a PIXCI® EL1(Rev7+), PIXCI® E4, PIXCI® E8, or PIXCI® E4G2-2F frame grabber as an alternative, supporting all of the camera's Camera Link modes.
Note 23. The PIXCI® EB1 Frame Grabber's capture bandwidth is limited by the computer's PCI Express x1 bus/interface. The capture resolution (AOI) must be reduced to allow operation within the limits of the PCI Express x1 bus/interface. (The PCI Express x1 interface has, on most computers, an effective maximum bandwidth of approximately 190 MByte/sec.) Consider a PIXCI® EB1G2, PIXCI® E4, or PIXCI® E8 frame grabber, using the PCI Express x1 Gen 2, PCI Express x4, or PCI Express x8 bus/interface, as an alternative. The camera can operate in Base, Medium, or Full Camera Link modes; the PIXCI® EB1 Frame Grabber only supports the Base Camera Link mode. The capture taps (channels) and/or bits per pixel must be reduced to allow operation within the modes supported by the PIXCI® EB1 Frame Grabber. Consider a PIXCI® EL1, PIXCI® E4, PIXCI® E8, or PIXCI® E4G2-2F frame grabber as an alternative, supporting all of the camera's Camera Link modes.
Note 24. The PIXCI® CL2 Frame Grabber's capture bandwidth is limited by the computer's PCI 64 Bit bus/interface. The capture resolution (AOI) must be reduced to allow operation within the limits of the PCI 64 Bit bus/interface. (The 64-bit 66 MHz PCI bus has, on most computers, an effective maximum bandwidth of approximately 480 MByte/sec.)
Note 25. The camera can operate in Base, Medium, Full, or 80-Bit Camera Link modes; the PIXCI® E4TX2-4B Frame Grabber only supports the Base Camera Link mode. The capture taps (channels) and/or bits per pixel must be reduced to allow operation within the modes supported by the PIXCI® E4TX2-4B Frame Grabber.
Note 26. The camera can operate in Base, Medium, Full, or 80-Bit Camera Link modes; the PIXCI® E4G2-4B Frame Grabber only supports the Base Camera Link mode. The capture taps (channels) and/or bits per pixel must be reduced to allow operation within the modes supported by the PIXCI® E4G2-4B Frame Grabber. Consider a PIXCI® E4G2-2F frame grabber as an alternative, supporting all of the camera's Camera Link modes.
Note 27. The camera can operate in Base, Medium, Full, or 80-Bit Camera Link modes; the PIXCI® e104x4-4b Frame Grabber only supports the Base Camera Link mode. The capture taps (channels) and/or bits per pixel must be reduced to allow operation within the modes supported by the PIXCI® e104x4-4b Frame Grabber. Consider a PIXCI® e104x4-2f frame grabber as an alternative, supporting all of the camera's Camera Link modes.
Note 28. The camera can operate in Base, Medium, Full, or 80-Bit Camera Link modes; the PIXCI® E8DB Frame Grabber only supports the Base Camera Link mode. The capture taps (channels) and/or bits per pixel must be reduced to allow operation within the modes supported by the PIXCI® E8DB Frame Grabber. Consider a PIXCI® E8 frame grabber as an alternative, supporting all of the camera's Camera Link modes.
Note 29. The camera can operate in Base, Medium, Full, or 80-Bit Camera Link modes; the PIXCI® E4DB(Rev7+) Frame Grabber only supports the Base Camera Link mode. The capture taps (channels) and/or bits per pixel must be reduced to allow operation within the modes supported by the PIXCI® E4DB(Rev7+) Frame Grabber. Consider a PIXCI® E4(Rev7+), or PIXCI® E8 frame grabber as an alternative, supporting all of the camera's Camera Link modes.
Note 30. The camera can operate in Base, Medium, Full, or 80-Bit Camera Link modes; the PIXCI® E4DB Frame Grabber only supports the Base Camera Link mode. The capture taps (channels) and/or bits per pixel must be reduced to allow operation within the modes supported by the PIXCI® E4DB Frame Grabber. Consider a PIXCI® E4, or PIXCI® E8 frame grabber as an alternative, supporting all of the camera's Camera Link modes.
Note 31. The PIXCI® EL1DB(Rev7+) Frame Grabber's capture bandwidth is limited by the computer's PCI Express x1 Gen 2 bus/interface. The bandwidth is sufficient for a single camera, but may not be sufficient for multiple cameras sharing a single PIXCI® EL1DB(Rev7+) Frame Grabber. (The PCI Express x1 Gen 2 interface has, on most computers, an effective maximum bandwidth of approximately 413 MByte/sec.) Consider a PIXCI® E4DB, PIXCI® E8DB, or PIXCI® E4G2-4B frame grabber, using the PCI Express x4, PCI Express x8, or PCI Express x4 Gen 2 bus/interface, as an alternative. The camera can operate in Base, Medium, Full, or 80-Bit Camera Link modes; the PIXCI® EL1DB(Rev7+) Frame Grabber only supports the Base Camera Link mode. The capture taps (channels) and/or bits per pixel must be reduced to allow operation within the modes supported by the PIXCI® EL1DB(Rev7+) Frame Grabber. Consider a PIXCI® EL1(Rev7+), PIXCI® E4, PIXCI® E8, or PIXCI® E4G2-2F frame grabber as an alternative, supporting all of the camera's Camera Link modes.
Note 32. The PIXCI® EL1DB Frame Grabber's capture bandwidth is limited by the computer's PCI Express x1 bus/interface. The capture resolution (AOI) or taps (channels) must be reduced to allow operation within the limits of the PCI Express x1 bus/interface. (The PCI Express x1 interface has, on most computers, an effective maximum bandwidth of approximately 190 MByte/sec.) Consider a PIXCI® E4DB, PIXCI® E8DB, or PIXCI® E4G2-4B frame grabber, using the PCI Express x4, PCI Express x8, or PCI Express x4 Gen 2 bus/interface, as an alternative. The camera can operate in Base, Medium, Full, or 80-Bit Camera Link modes; the PIXCI® EL1DB Frame Grabber only supports the Base Camera Link mode. The capture taps (channels) and/or bits per pixel must be reduced to allow operation within the modes supported by the PIXCI® EL1DB Frame Grabber. Consider a PIXCI® EL1, PIXCI® E4, PIXCI® E8, or PIXCI® E4G2-2F frame grabber as an alternative, supporting all of the camera's Camera Link modes.
Note 33. The camera can operate in Base, Medium, Full, or 80-Bit Camera Link modes; the PIXCI® EL1(Rev7+) Frame Grabber only supports the Base, Medium, and Full Camera Link modes. The capture taps (channels) and/or bits per pixel must be reduced to allow operation within the modes supported by the PIXCI® EL1(Rev7+) Frame Grabber.
Note 34. The PIXCI® EL1 Frame Grabber's capture bandwidth is limited by the computer's PCI Express x1 bus/interface. The capture resolution (AOI) or taps (channels) must be reduced to allow operation within the limits of the PCI Express x1 bus/interface. (The PCI Express x1 interface has, on most computers, an effective maximum bandwidth of approximately 190 MByte/sec.) Consider a PIXCI® EL1(Rev7+), PIXCI® E4, PIXCI® E8, or PIXCI® E4G2-2F frame grabber, using the PCI Express x1 Gen 2, PCI Express x4, PCI Express x8, or PCI Express x4 Gen 2 bus/interface, as an alternative. The camera can operate in Base, Medium, Full, or 80-Bit Camera Link modes; the PIXCI® EL1 Frame Grabber only supports the Base, Medium, and Full Camera Link modes. The capture taps (channels) and/or bits per pixel must be reduced to allow operation within the modes supported by the PIXCI® EL1 Frame Grabber.
Note 35. The PIXCI® ECB2 Frame Grabber's capture bandwidth is limited by the computer's ExpressCard/54 bus/interface. The capture resolution (AOI) or taps (channels) must be reduced to allow operation within the limits of the ExpressCard/54 bus/interface. (The ExpressCard (PCI Express x1) interface has, on most computers, an effective maximum bandwidth of approximately 190 MByte/sec.) The camera can operate in Base, Medium, Full, or 80-Bit Camera Link modes; the PIXCI® ECB2 Frame Grabber only supports the Base Camera Link mode. The capture taps (channels) and/or bits per pixel must be reduced to allow operation within the modes supported by the PIXCI® ECB2 Frame Grabber. Consider a PIXCI® EC1 frame grabber as an alternative, supporting all of the camera's Camera Link modes.
Note 36. The PIXCI® ECB1-34 Frame Grabber's capture bandwidth is limited by the computer's ExpressCard/34 bus/interface. The capture resolution (AOI) or taps (channels) must be reduced to allow operation within the limits of the ExpressCard/34 bus/interface. (The ExpressCard (PCI Express x1) interface has, on most computers, an effective maximum bandwidth of approximately 190 MByte/sec.) The camera can operate in Base, Medium, Full, or 80-Bit Camera Link modes; the PIXCI® ECB1-34 Frame Grabber only supports the Base Camera Link mode. The capture taps (channels) and/or bits per pixel must be reduced to allow operation within the modes supported by the PIXCI® ECB1-34 Frame Grabber.
Note 37. The camera can operate in Base, Medium, Full, or 80-Bit Camera Link modes; the PIXCI® mf2280D (Medium-section) Frame Grabber only supports the Base and Medium Camera Link modes. The capture taps (channels) and/or bits per pixel must be reduced to allow operation within the modes supported by the PIXCI® mf2280D (Medium-section) Frame Grabber.
Note 38. The PIXCI® miniH2B Frame Grabber's capture bandwidth is limited by the computer's M.2 PCIe x1 Gen 2 bus/interface. The bandwidth is sufficient for a single camera, but may not be sufficient for multiple cameras sharing a single PIXCI® miniH2B Frame Grabber. (The M.2 PCIe x1 Gen 2 interface has, on most computers, an effective maximum bandwidth of approximately 413 MByte/sec.) The camera can operate in Base, Medium, Full, or 80-Bit Camera Link modes; the PIXCI® miniH2B Frame Grabber only supports the Base Camera Link mode. The capture taps (channels) and/or bits per pixel must be reduced to allow operation within the modes supported by the PIXCI® miniH2B Frame Grabber.
Note 39. The PIXCI® miniH2B Frame Grabber's capture bandwidth is limited by the computer's PCI Express Mini x1 Gen 2 bus/interface. The bandwidth is sufficient for a single camera, but may not be sufficient for multiple cameras sharing a single PIXCI® miniH2B Frame Grabber. (The PCI Express Mini x1 Gen 2 interface has, on most computers, an effective maximum bandwidth of approximately 413 MByte/sec.) Consider a PIXCI® mf2280D (Medium-section) frame grabber, using the M.2 PCIe x4 Gen 2 bus/interface, as an alternative. The camera can operate in Base, Medium, Full, or 80-Bit Camera Link modes; the PIXCI® miniH2B Frame Grabber only supports the Base Camera Link mode. The capture taps (channels) and/or bits per pixel must be reduced to allow operation within the modes supported by the PIXCI® miniH2B Frame Grabber.
Note 40. The PIXCI® EB1mini Frame Grabber's capture bandwidth is limited by the computer's M.2 PCIe x1 bus/interface. The capture resolution (AOI) or taps (channels) must be reduced to allow operation within the limits of the M.2 PCIe x1 bus/interface. (The M.2 PCIe x1 interface has, on most computers, an effective maximum bandwidth of approximately 190 MByte/sec.) The camera can operate in Base, Medium, Full, or 80-Bit Camera Link modes; the PIXCI® EB1mini Frame Grabber only supports the Base Camera Link mode. The capture taps (channels) and/or bits per pixel must be reduced to allow operation within the modes supported by the PIXCI® EB1mini Frame Grabber.
Note 41. The PIXCI® EB1mini Frame Grabber's capture bandwidth is limited by the computer's PCI Express Mini x1 bus/interface. The capture resolution (AOI) or taps (channels) must be reduced to allow operation within the limits of the PCI Express Mini x1 bus/interface. (The PCI Express Mini x1 interface has, on most computers, an effective maximum bandwidth of approximately 190 MByte/sec.) Consider a PIXCI® miniH2B frame grabber, using the PCI Express Mini x1 Gen 2 bus/interface, as an alternative. The camera can operate in Base, Medium, Full, or 80-Bit Camera Link modes; the PIXCI® EB1mini Frame Grabber only supports the Base Camera Link mode. The capture taps (channels) and/or bits per pixel must be reduced to allow operation within the modes supported by the PIXCI® EB1mini Frame Grabber.
Note 42. The camera can operate in Base, Medium, Full, or 80-Bit Camera Link modes; the PIXCI® EB1G2-PoCL Frame Grabber only supports the Base Camera Link mode. The capture taps (channels) and/or bits per pixel must be reduced to allow operation within the modes supported by the PIXCI® EB1G2-PoCL Frame Grabber. Consider a PIXCI® E4, or PIXCI® E8 frame grabber as an alternative, supporting all of the camera's Camera Link modes.
Note 43. The PIXCI® EB1-PoCL Frame Grabber's capture bandwidth is limited by the computer's PCI Express x1 bus/interface. The capture resolution (AOI) or taps (channels) must be reduced to allow operation within the limits of the PCI Express x1 bus/interface. (The PCI Express x1 interface has, on most computers, an effective maximum bandwidth of approximately 190 MByte/sec.) The camera can operate in Base, Medium, Full, or 80-Bit Camera Link modes; the PIXCI® EB1-PoCL Frame Grabber only supports the Base Camera Link mode. The capture taps (channels) and/or bits per pixel must be reduced to allow operation within the modes supported by the PIXCI® EB1-PoCL Frame Grabber.
Note 44. The camera can operate in Base, Medium, Full, or 80-Bit Camera Link modes; the PIXCI® EB1G2 Frame Grabber only supports the Base Camera Link mode. The capture taps (channels) and/or bits per pixel must be reduced to allow operation within the modes supported by the PIXCI® EB1G2 Frame Grabber. Consider a PIXCI® EL1(Rev7+), PIXCI® E4, PIXCI® E8, or PIXCI® E4G2-2F frame grabber as an alternative, supporting all of the camera's Camera Link modes.
Note 45. The PIXCI® EB1 Frame Grabber's capture bandwidth is limited by the computer's PCI Express x1 bus/interface. The capture resolution (AOI) or taps (channels) must be reduced to allow operation within the limits of the PCI Express x1 bus/interface. (The PCI Express x1 interface has, on most computers, an effective maximum bandwidth of approximately 190 MByte/sec.) Consider a PIXCI® EB1G2, PIXCI® E4, or PIXCI® E8 frame grabber, using the PCI Express x1 Gen 2, PCI Express x4, or PCI Express x8 bus/interface, as an alternative. The camera can operate in Base, Medium, Full, or 80-Bit Camera Link modes; the PIXCI® EB1 Frame Grabber only supports the Base Camera Link mode. The capture taps (channels) and/or bits per pixel must be reduced to allow operation within the modes supported by the PIXCI® EB1 Frame Grabber. Consider a PIXCI® EL1, PIXCI® E4, PIXCI® E8, or PIXCI® E4G2-2F frame grabber as an alternative, supporting all of the camera's Camera Link modes.
Note 46. The camera can operate in Base, Medium, Full, or 80-Bit Camera Link modes; the PIXCI® CL2 Frame Grabber only supports the Base, Medium, and Full Camera Link modes. The capture taps (channels) and/or bits per pixel must be reduced to allow operation within the modes supported by the PIXCI® CL2 Frame Grabber.
Note 47. The camera can operate in Base, Medium, Full, or 80-Bit Camera Link modes; the PIXCI® E4TX2-4B Frame Grabber only supports the Base Camera Link mode. The capture taps (channels) must be reduced to allow operation within the modes supported by the PIXCI® E4TX2-4B Frame Grabber.
Note 48. The PIXCI® E4TX2-2F Frame Grabber's capture bandwidth is limited by the computer's PCI Express x4 Gen 2 bus/interface. The bandwidth is sufficient for a single camera, but may not be sufficient for multiple cameras sharing a single PIXCI® E4TX2-2F Frame Grabber. (The PCI Express x4 Gen 2 interface has, on most computers, an effective maximum bandwidth of approximately 1390 MByte/sec.)
Note 49. The camera can operate in Base, Medium, Full, or 80-Bit Camera Link modes; the PIXCI® E4G2-4B Frame Grabber only supports the Base Camera Link mode. The capture taps (channels) must be reduced to allow operation within the modes supported by the PIXCI® E4G2-4B Frame Grabber. Consider a PIXCI® E4G2-2F frame grabber as an alternative, supporting all of the camera's Camera Link modes.
Note 50. The PIXCI® E4G2-2F Frame Grabber's capture bandwidth is limited by the computer's PCI Express x4 Gen 2 bus/interface. The bandwidth is sufficient for a single camera, but may not be sufficient for multiple cameras sharing a single PIXCI® E4G2-2F Frame Grabber. (The PCI Express x4 Gen 2 interface has, on most computers, an effective maximum bandwidth of approximately 1390 MByte/sec.)
Note 51. The camera can operate in Base, Medium, Full, or 80-Bit Camera Link modes; the PIXCI® e104x4-4b Frame Grabber only supports the Base Camera Link mode. The capture taps (channels) must be reduced to allow operation within the modes supported by the PIXCI® e104x4-4b Frame Grabber. Consider a PIXCI® e104x4-2f frame grabber as an alternative, supporting all of the camera's Camera Link modes.
Note 52. The PIXCI® e104x4-2f Frame Grabber's capture bandwidth is limited by the computer's PCIe/104 x4 Gen 2 bus/interface. The bandwidth is sufficient for a single camera, but may not be sufficient for multiple cameras sharing a single PIXCI® e104x4-2f Frame Grabber. (The PCI Express x4 Gen 2 interface has, on most computers, an effective maximum bandwidth of approximately 1390 MByte/sec.)
Note 53. The camera can operate in Base, Medium, Full, or 80-Bit Camera Link modes; the PIXCI® E8DB Frame Grabber only supports the Base Camera Link mode. The capture taps (channels) must be reduced to allow operation within the modes supported by the PIXCI® E8DB Frame Grabber. Consider a PIXCI® E8 frame grabber as an alternative, supporting all of the camera's Camera Link modes.
Note 54. The camera can operate in Base, Medium, Full, or 80-Bit Camera Link modes; the PIXCI® E4DB(Rev7+) Frame Grabber only supports the Base Camera Link mode. The capture taps (channels) must be reduced to allow operation within the modes supported by the PIXCI® E4DB(Rev7+) Frame Grabber. Consider a PIXCI® E4(Rev7+), or PIXCI® E8 frame grabber as an alternative, supporting all of the camera's Camera Link modes.
Note 55. The camera can operate in Base, Medium, Full, or 80-Bit Camera Link modes; the PIXCI® E4DB Frame Grabber only supports the Base Camera Link mode. The capture taps (channels) must be reduced to allow operation within the modes supported by the PIXCI® E4DB Frame Grabber. Consider a PIXCI® E4, or PIXCI® E8 frame grabber as an alternative, supporting all of the camera's Camera Link modes.
Note 56. The PIXCI® EL1DB(Rev7+) Frame Grabber's capture bandwidth is limited by the computer's PCI Express x1 Gen 2 bus/interface. The capture resolution (AOI) or taps (channels) must be reduced to allow operation within the limits of the PCI Express x1 Gen 2 bus/interface. (The PCI Express x1 Gen 2 interface has, on most computers, an effective maximum bandwidth of approximately 413 MByte/sec.) Consider a PIXCI® E8DB frame grabber, using the PCI Express x8 bus/interface, as an alternative. The camera can operate in Base, Medium, Full, or 80-Bit Camera Link modes; the PIXCI® EL1DB(Rev7+) Frame Grabber only supports the Base Camera Link mode. The capture taps (channels) must be reduced to allow operation within the modes supported by the PIXCI® EL1DB(Rev7+) Frame Grabber. Consider a PIXCI® EL1(Rev7+), PIXCI® E4, PIXCI® E8, or PIXCI® E4G2-2F frame grabber as an alternative, supporting all of the camera's Camera Link modes.
Note 57. The PIXCI® EL1DB Frame Grabber's capture bandwidth is limited by the computer's PCI Express x1 bus/interface. The capture resolution (AOI) or taps (channels) must be reduced to allow operation within the limits of the PCI Express x1 bus/interface. (The PCI Express x1 interface has, on most computers, an effective maximum bandwidth of approximately 190 MByte/sec.) Consider a PIXCI® E8DB frame grabber, using the PCI Express x8 bus/interface, as an alternative. The camera can operate in Base, Medium, Full, or 80-Bit Camera Link modes; the PIXCI® EL1DB Frame Grabber only supports the Base Camera Link mode. The capture taps (channels) must be reduced to allow operation within the modes supported by the PIXCI® EL1DB Frame Grabber. Consider a PIXCI® EL1, PIXCI® E4, PIXCI® E8, or PIXCI® E4G2-2F frame grabber as an alternative, supporting all of the camera's Camera Link modes.
Note 58. The PIXCI® EL1(Rev7+) Frame Grabber's capture bandwidth is limited by the computer's PCI Express x1 Gen 2 bus/interface. The capture resolution (AOI) or taps (channels) must be reduced to allow operation within the limits of the PCI Express x1 Gen 2 bus/interface. (The PCI Express x1 Gen 2 interface has, on most computers, an effective maximum bandwidth of approximately 413 MByte/sec.) Consider a PIXCI® E4, PIXCI® E8, or PIXCI® E4G2-2F frame grabber, using the PCI Express x4, PCI Express x8, or PCI Express x4 Gen 2 bus/interface, as an alternative. The camera can operate in Base, Medium, Full, or 80-Bit Camera Link modes; the PIXCI® EL1(Rev7+) Frame Grabber only supports the Base, Medium, and Full Camera Link modes. The capture taps (channels) must be reduced to allow operation within the modes supported by the PIXCI® EL1(Rev7+) Frame Grabber.
Note 59. The PIXCI® EL1 Frame Grabber's capture bandwidth is limited by the computer's PCI Express x1 bus/interface. The capture resolution (AOI) or taps (channels) must be reduced to allow operation within the limits of the PCI Express x1 bus/interface. (The PCI Express x1 interface has, on most computers, an effective maximum bandwidth of approximately 190 MByte/sec.) Consider a PIXCI® EL1(Rev7+), PIXCI® E4, PIXCI® E8, or PIXCI® E4G2-2F frame grabber, using the PCI Express x1 Gen 2, PCI Express x4, PCI Express x8, or PCI Express x4 Gen 2 bus/interface, as an alternative. The camera can operate in Base, Medium, Full, or 80-Bit Camera Link modes; the PIXCI® EL1 Frame Grabber only supports the Base, Medium, and Full Camera Link modes. The capture taps (channels) must be reduced to allow operation within the modes supported by the PIXCI® EL1 Frame Grabber.
Note 60. The PIXCI® ECB2 Frame Grabber's capture bandwidth is limited by the computer's ExpressCard/54 bus/interface. The capture resolution (AOI) or taps (channels) must be reduced to allow operation within the limits of the ExpressCard/54 bus/interface. (The ExpressCard (PCI Express x1) interface has, on most computers, an effective maximum bandwidth of approximately 190 MByte/sec.) The camera can operate in Base, Medium, Full, or 80-Bit Camera Link modes; the PIXCI® ECB2 Frame Grabber only supports the Base Camera Link mode. The capture taps (channels) must be reduced to allow operation within the modes supported by the PIXCI® ECB2 Frame Grabber. Consider a PIXCI® EC1 frame grabber as an alternative, supporting all of the camera's Camera Link modes.
Note 61. The PIXCI® ECB1-34 Frame Grabber's capture bandwidth is limited by the computer's ExpressCard/34 bus/interface. The capture resolution (AOI) or taps (channels) must be reduced to allow operation within the limits of the ExpressCard/34 bus/interface. (The ExpressCard (PCI Express x1) interface has, on most computers, an effective maximum bandwidth of approximately 190 MByte/sec.) The camera can operate in Base, Medium, Full, or 80-Bit Camera Link modes; the PIXCI® ECB1-34 Frame Grabber only supports the Base Camera Link mode. The capture taps (channels) must be reduced to allow operation within the modes supported by the PIXCI® ECB1-34 Frame Grabber.
Note 62. The camera can operate in Base, Medium, Full, or 80-Bit Camera Link modes; the PIXCI® mf2280D (Medium-section) Frame Grabber only supports the Base and Medium Camera Link modes. The capture taps (channels) must be reduced to allow operation within the modes supported by the PIXCI® mf2280D (Medium-section) Frame Grabber.
Note 63. The PIXCI® miniH2F Frame Grabber's capture bandwidth is limited by the computer's M.2 PCIe x1 Gen 2 bus/interface. The capture resolution (AOI) or taps (channels) must be reduced to allow operation within the limits of the M.2 PCIe x1 Gen 2 bus/interface. (The M.2 PCIe x1 Gen 2 interface has, on most computers, an effective maximum bandwidth of approximately 413 MByte/sec.)
Note 64. The PIXCI® miniH2F Frame Grabber's capture bandwidth is limited by the computer's PCI Express Mini x1 Gen 2 bus/interface. The capture resolution (AOI) or taps (channels) must be reduced to allow operation within the limits of the PCI Express Mini x1 Gen 2 bus/interface. (The PCI Express Mini x1 Gen 2 interface has, on most computers, an effective maximum bandwidth of approximately 413 MByte/sec.) Consider a PIXCI® mf2280 frame grabber, using the M.2 PCIe x4 Gen 2 bus/interface, as an alternative.
Note 65. The PIXCI® miniH2B Frame Grabber's capture bandwidth is limited by the computer's M.2 PCIe x1 Gen 2 bus/interface. The capture resolution (AOI) or taps (channels) must be reduced to allow operation within the limits of the M.2 PCIe x1 Gen 2 bus/interface. (The M.2 PCIe x1 Gen 2 interface has, on most computers, an effective maximum bandwidth of approximately 413 MByte/sec.) The camera can operate in Base, Medium, Full, or 80-Bit Camera Link modes; the PIXCI® miniH2B Frame Grabber only supports the Base Camera Link mode. The capture taps (channels) must be reduced to allow operation within the modes supported by the PIXCI® miniH2B Frame Grabber.
Note 66. The PIXCI® miniH2B Frame Grabber's capture bandwidth is limited by the computer's PCI Express Mini x1 Gen 2 bus/interface. The capture resolution (AOI) or taps (channels) must be reduced to allow operation within the limits of the PCI Express Mini x1 Gen 2 bus/interface. (The PCI Express Mini x1 Gen 2 interface has, on most computers, an effective maximum bandwidth of approximately 413 MByte/sec.) The camera can operate in Base, Medium, Full, or 80-Bit Camera Link modes; the PIXCI® miniH2B Frame Grabber only supports the Base Camera Link mode. The capture taps (channels) must be reduced to allow operation within the modes supported by the PIXCI® miniH2B Frame Grabber.
Note 67. The PIXCI® EB1mini Frame Grabber's capture bandwidth is limited by the computer's M.2 PCIe x1 bus/interface. The capture resolution (AOI) or taps (channels) must be reduced to allow operation within the limits of the M.2 PCIe x1 bus/interface. (The M.2 PCIe x1 interface has, on most computers, an effective maximum bandwidth of approximately 190 MByte/sec.) The camera can operate in Base, Medium, Full, or 80-Bit Camera Link modes; the PIXCI® EB1mini Frame Grabber only supports the Base Camera Link mode. The capture taps (channels) must be reduced to allow operation within the modes supported by the PIXCI® EB1mini Frame Grabber.
Note 68. The PIXCI® EB1mini Frame Grabber's capture bandwidth is limited by the computer's PCI Express Mini x1 bus/interface. The capture resolution (AOI) or taps (channels) must be reduced to allow operation within the limits of the PCI Express Mini x1 bus/interface. (The PCI Express Mini x1 interface has, on most computers, an effective maximum bandwidth of approximately 190 MByte/sec.) Consider a PIXCI® miniH2B frame grabber, using the PCI Express Mini x1 Gen 2 bus/interface, as an alternative. The camera can operate in Base, Medium, Full, or 80-Bit Camera Link modes; the PIXCI® EB1mini Frame Grabber only supports the Base Camera Link mode. The capture taps (channels) must be reduced to allow operation within the modes supported by the PIXCI® EB1mini Frame Grabber.
Note 69. The PIXCI® EB1G2-PoCL Frame Grabber's capture bandwidth is limited by the computer's PCI Express x1 Gen 2 bus/interface. The capture resolution (AOI) or taps (channels) must be reduced to allow operation within the limits of the PCI Express x1 Gen 2 bus/interface. (The PCI Express x1 Gen 2 interface has, on most computers, an effective maximum bandwidth of approximately 413 MByte/sec.) The camera can operate in Base, Medium, Full, or 80-Bit Camera Link modes; the PIXCI® EB1G2-PoCL Frame Grabber only supports the Base Camera Link mode. The capture taps (channels) must be reduced to allow operation within the modes supported by the PIXCI® EB1G2-PoCL Frame Grabber. Consider a PIXCI® E4, or PIXCI® E8 frame grabber as an alternative, supporting all of the camera's Camera Link modes.
Note 70. The PIXCI® EB1-PoCL Frame Grabber's capture bandwidth is limited by the computer's PCI Express x1 bus/interface. The capture resolution (AOI) or taps (channels) must be reduced to allow operation within the limits of the PCI Express x1 bus/interface. (The PCI Express x1 interface has, on most computers, an effective maximum bandwidth of approximately 190 MByte/sec.) The camera can operate in Base, Medium, Full, or 80-Bit Camera Link modes; the PIXCI® EB1-PoCL Frame Grabber only supports the Base Camera Link mode. The capture taps (channels) must be reduced to allow operation within the modes supported by the PIXCI® EB1-PoCL Frame Grabber.
Note 71. The PIXCI® EB1G2 Frame Grabber's capture bandwidth is limited by the computer's PCI Express x1 Gen 2 bus/interface. The capture resolution (AOI) or taps (channels) must be reduced to allow operation within the limits of the PCI Express x1 Gen 2 bus/interface. (The PCI Express x1 Gen 2 interface has, on most computers, an effective maximum bandwidth of approximately 413 MByte/sec.) The camera can operate in Base, Medium, Full, or 80-Bit Camera Link modes; the PIXCI® EB1G2 Frame Grabber only supports the Base Camera Link mode. The capture taps (channels) must be reduced to allow operation within the modes supported by the PIXCI® EB1G2 Frame Grabber. Consider a PIXCI® EL1(Rev7+), PIXCI® E4, PIXCI® E8, or PIXCI® E4G2-2F frame grabber as an alternative, supporting all of the camera's Camera Link modes.
Note 72. The PIXCI® EB1 Frame Grabber's capture bandwidth is limited by the computer's PCI Express x1 bus/interface. The capture resolution (AOI) or taps (channels) must be reduced to allow operation within the limits of the PCI Express x1 bus/interface. (The PCI Express x1 interface has, on most computers, an effective maximum bandwidth of approximately 190 MByte/sec.) Consider a PIXCI® EB1G2, PIXCI® E4, or PIXCI® E8 frame grabber, using the PCI Express x1 Gen 2, PCI Express x4, or PCI Express x8 bus/interface, as an alternative. The camera can operate in Base, Medium, Full, or 80-Bit Camera Link modes; the PIXCI® EB1 Frame Grabber only supports the Base Camera Link mode. The capture taps (channels) must be reduced to allow operation within the modes supported by the PIXCI® EB1 Frame Grabber. Consider a PIXCI® EL1, PIXCI® E4, PIXCI® E8, or PIXCI® E4G2-2F frame grabber as an alternative, supporting all of the camera's Camera Link modes.
Note 73. The PIXCI® CL2 Frame Grabber's capture bandwidth is limited by the computer's PCI 64 Bit bus/interface. The capture resolution (AOI) or taps (channels) must be reduced to allow operation within the limits of the PCI 64 Bit bus/interface. (The 64-bit 66 MHz PCI bus has, on most computers, an effective maximum bandwidth of approximately 480 MByte/sec.) The camera can operate in Base, Medium, Full, or 80-Bit Camera Link modes; the PIXCI® CL2 Frame Grabber only supports the Base, Medium, and Full Camera Link modes. The capture taps (channels) must be reduced to allow operation within the modes supported by the PIXCI® CL2 Frame Grabber.
Note 74. The PIXCI® EL1DB(Rev7+) Frame Grabber's capture bandwidth is limited by the computer's PCI Express x1 Gen 2 bus/interface. The bandwidth is sufficient for a single camera, but may not be sufficient for multiple cameras sharing a single PIXCI® EL1DB(Rev7+) Frame Grabber. (The PCI Express x1 Gen 2 interface has, on most computers, an effective maximum bandwidth of approximately 413 MByte/sec.) Consider a PIXCI® E4DB, PIXCI® E8DB, or PIXCI® E4G2-4B frame grabber, using the PCI Express x4, PCI Express x8, or PCI Express x4 Gen 2 bus/interface, as an alternative. The camera can operate in Base, Medium, Full, or 80-Bit Camera Link modes; the PIXCI® EL1DB(Rev7+) Frame Grabber only supports the Base Camera Link mode. The capture taps (channels) must be reduced to allow operation within the modes supported by the PIXCI® EL1DB(Rev7+) Frame Grabber. Consider a PIXCI® EL1(Rev7+), PIXCI® E4, PIXCI® E8, or PIXCI® E4G2-2F frame grabber as an alternative, supporting all of the camera's Camera Link modes.
Note 75. The PIXCI® EL1DB Frame Grabber's capture bandwidth is limited by the computer's PCI Express x1 bus/interface. The capture resolution (AOI) or taps (channels) must be reduced to allow operation within the limits of the PCI Express x1 bus/interface. (The PCI Express x1 interface has, on most computers, an effective maximum bandwidth of approximately 190 MByte/sec.) Consider a PIXCI® E4DB, PIXCI® E8DB, or PIXCI® E4G2-4B frame grabber, using the PCI Express x4, PCI Express x8, or PCI Express x4 Gen 2 bus/interface, as an alternative. The camera can operate in Base, Medium, Full, or 80-Bit Camera Link modes; the PIXCI® EL1DB Frame Grabber only supports the Base Camera Link mode. The capture taps (channels) must be reduced to allow operation within the modes supported by the PIXCI® EL1DB Frame Grabber. Consider a PIXCI® EL1, PIXCI® E4, PIXCI® E8, or PIXCI® E4G2-2F frame grabber as an alternative, supporting all of the camera's Camera Link modes.
Note 76. The camera can operate in Base, Medium, Full, or 80-Bit Camera Link modes; the PIXCI® EL1(Rev7+) Frame Grabber only supports the Base, Medium, and Full Camera Link modes. The capture taps (channels) must be reduced to allow operation within the modes supported by the PIXCI® EL1(Rev7+) Frame Grabber.
Note 77. The PIXCI® miniH2B Frame Grabber's capture bandwidth is limited by the computer's M.2 PCIe x1 Gen 2 bus/interface. The bandwidth is sufficient for a single camera, but may not be sufficient for multiple cameras sharing a single PIXCI® miniH2B Frame Grabber. (The M.2 PCIe x1 Gen 2 interface has, on most computers, an effective maximum bandwidth of approximately 413 MByte/sec.) The camera can operate in Base, Medium, Full, or 80-Bit Camera Link modes; the PIXCI® miniH2B Frame Grabber only supports the Base Camera Link mode. The capture taps (channels) must be reduced to allow operation within the modes supported by the PIXCI® miniH2B Frame Grabber.
Note 78. The PIXCI® miniH2B Frame Grabber's capture bandwidth is limited by the computer's PCI Express Mini x1 Gen 2 bus/interface. The bandwidth is sufficient for a single camera, but may not be sufficient for multiple cameras sharing a single PIXCI® miniH2B Frame Grabber. (The PCI Express Mini x1 Gen 2 interface has, on most computers, an effective maximum bandwidth of approximately 413 MByte/sec.) Consider a PIXCI® mf2280D (Medium-section) frame grabber, using the M.2 PCIe x4 Gen 2 bus/interface, as an alternative. The camera can operate in Base, Medium, Full, or 80-Bit Camera Link modes; the PIXCI® miniH2B Frame Grabber only supports the Base Camera Link mode. The capture taps (channels) must be reduced to allow operation within the modes supported by the PIXCI® miniH2B Frame Grabber.
Note 79. The camera can operate in Base, Medium, Full, or 80-Bit Camera Link modes; the PIXCI® EB1G2-PoCL Frame Grabber only supports the Base Camera Link mode. The capture taps (channels) must be reduced to allow operation within the modes supported by the PIXCI® EB1G2-PoCL Frame Grabber. Consider a PIXCI® E4, or PIXCI® E8 frame grabber as an alternative, supporting all of the camera's Camera Link modes.
Note 80. The camera can operate in Base, Medium, Full, or 80-Bit Camera Link modes; the PIXCI® EB1G2 Frame Grabber only supports the Base Camera Link mode. The capture taps (channels) must be reduced to allow operation within the modes supported by the PIXCI® EB1G2 Frame Grabber. Consider a PIXCI® EL1(Rev7+), PIXCI® E4, PIXCI® E8, or PIXCI® E4G2-2F frame grabber as an alternative, supporting all of the camera's Camera Link modes.
Note 81. The camera can operate in Base, Medium, Full, or 80-Bit Camera Link modes; the PIXCI® CL2 Frame Grabber only supports the Base, Medium, and Full Camera Link modes. The capture taps (channels) must be reduced to allow operation within the modes supported by the PIXCI® CL2 Frame Grabber.
Note 82. The PIXCI® EL1DB Frame Grabber's capture bandwidth is limited by the computer's PCI Express x1 bus/interface. The bandwidth is sufficient for a single camera, but may not be sufficient for multiple cameras sharing a single PIXCI® EL1DB Frame Grabber without reducing the cameras' resolution (AOI), taps (channels), or pixel clock and frame rate. (The PCI Express x1 interface has, on most computers, an effective maximum bandwidth of approximately 190 MByte/sec.) Consider a PIXCI® EL1DB(Rev7+), PIXCI® E4DB, PIXCI® EL1DB(Rev7+), or PIXCI® E8DB frame grabber, using the PCI Express x1 Gen 2, PCI Express x4, PCI Express x1 Gen 2, or PCI Express x8 bus/interface, as an alternative.
Note 83. The PIXCI® ECB2 Frame Grabber's capture bandwidth is limited by the computer's ExpressCard/54 bus/interface. The bandwidth is sufficient for a single camera, but may not be sufficient for multiple cameras sharing a single PIXCI® ECB2 Frame Grabber without reducing the cameras' resolution (AOI), taps (channels), or pixel clock and frame rate. (The ExpressCard (PCI Express x1) interface has, on most computers, an effective maximum bandwidth of approximately 190 MByte/sec.)
Note 84. The PIXCI® EL1DB Frame Grabber's capture bandwidth is limited by the computer's PCI Express x1 bus/interface. The capture resolution (AOI), taps (channels), or pixel clock and frame rate must be reduced to allow operation within the limits of the PCI Express x1 bus/interface. (The PCI Express x1 interface has, on most computers, an effective maximum bandwidth of approximately 190 MByte/sec.) Consider a PIXCI® EL1DB(Rev7+), PIXCI® E4DB, PIXCI® EL1DB(Rev7+), or PIXCI® E8DB frame grabber, using the PCI Express x1 Gen 2, PCI Express x4, PCI Express x1 Gen 2, or PCI Express x8 bus/interface, as an alternative.
Note 85. The PIXCI® EL1 Frame Grabber's capture bandwidth is limited by the computer's PCI Express x1 bus/interface. The capture resolution (AOI), taps (channels), or pixel clock and frame rate must be reduced to allow operation within the limits of the PCI Express x1 bus/interface. (The PCI Express x1 interface has, on most computers, an effective maximum bandwidth of approximately 190 MByte/sec.) Consider a PIXCI® EL1(Rev7+), PIXCI® E4, PIXCI® E8, or PIXCI® E4G2-2F frame grabber, using the PCI Express x1 Gen 2, PCI Express x4, PCI Express x8, or PCI Express x4 Gen 2 bus/interface, as an alternative.
Note 86. The PIXCI® ECB2 Frame Grabber's capture bandwidth is limited by the computer's ExpressCard/54 bus/interface. The capture resolution (AOI), taps (channels), or pixel clock and frame rate must be reduced to allow operation within the limits of the ExpressCard/54 bus/interface. (The ExpressCard (PCI Express x1) interface has, on most computers, an effective maximum bandwidth of approximately 190 MByte/sec.)
Note 87. The PIXCI® ECB1-34 Frame Grabber's capture bandwidth is limited by the computer's ExpressCard/34 bus/interface. The capture resolution (AOI), taps (channels), or pixel clock and frame rate must be reduced to allow operation within the limits of the ExpressCard/34 bus/interface. (The ExpressCard (PCI Express x1) interface has, on most computers, an effective maximum bandwidth of approximately 190 MByte/sec.)
Note 88. The PIXCI® EB1mini Frame Grabber's capture bandwidth is limited by the computer's M.2 PCIe x1 bus/interface. The capture resolution (AOI), taps (channels), or pixel clock and frame rate must be reduced to allow operation within the limits of the M.2 PCIe x1 bus/interface. (The M.2 PCIe x1 interface has, on most computers, an effective maximum bandwidth of approximately 190 MByte/sec.)
Note 89. The PIXCI® EB1mini Frame Grabber's capture bandwidth is limited by the computer's PCI Express Mini x1 bus/interface. The capture resolution (AOI), taps (channels), or pixel clock and frame rate must be reduced to allow operation within the limits of the PCI Express Mini x1 bus/interface. (The PCI Express Mini x1 interface has, on most computers, an effective maximum bandwidth of approximately 190 MByte/sec.) Consider a PIXCI® miniH2B frame grabber, using the PCI Express Mini x1 Gen 2 bus/interface, as an alternative.
Note 90. The PIXCI® EB1-PoCL Frame Grabber's capture bandwidth is limited by the computer's PCI Express x1 bus/interface. The capture resolution (AOI), taps (channels), or pixel clock and frame rate must be reduced to allow operation within the limits of the PCI Express x1 bus/interface. (The PCI Express x1 interface has, on most computers, an effective maximum bandwidth of approximately 190 MByte/sec.)
Note 91. The PIXCI® EB1 Frame Grabber's capture bandwidth is limited by the computer's PCI Express x1 bus/interface. The capture resolution (AOI), taps (channels), or pixel clock and frame rate must be reduced to allow operation within the limits of the PCI Express x1 bus/interface. (The PCI Express x1 interface has, on most computers, an effective maximum bandwidth of approximately 190 MByte/sec.) Consider a PIXCI® EB1G2, PIXCI® E4, or PIXCI® E8 frame grabber, using the PCI Express x1 Gen 2, PCI Express x4, or PCI Express x8 bus/interface, as an alternative.