Diodes Incorporated
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PI2PCIE2412AE
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PI2PCIE2412AE

Product Overview

  • Category: Integrated Circuit
  • Use: PCIe to PCI Bridge
  • Characteristics:
    • Converts PCIe signals to PCI signals
    • Supports high-speed data transfer
    • Compact package size
    • Low power consumption
  • Package: QFN (Quad Flat No-Lead)
  • Essence: Bridge chip for interfacing PCIe and PCI buses
  • Packaging/Quantity: Tape and Reel, 2500 units per reel

Specifications

  • Operating Voltage: 3.3V
  • Maximum Data Transfer Rate: 5 Gbps
  • Number of PCIe Lanes: 4
  • Number of PCI Channels: 2
  • Power Consumption: 1.2W (typical)

Pin Configuration

The PI2PCIE2412AE has a total of 128 pins. The pin configuration is as follows:

  1. VCCIO_0
  2. VCCIO_0
  3. VCCIO_0
  4. VCCIO_0
  5. VCCIO_0
  6. VCCIO_0
  7. VCCIO_0
  8. VCCIO_0
  9. VCCIO_0
  10. VCCIO_0
  11. VCCIO_0
  12. VCCIO_0
  13. VCCIO_0
  14. VCCIO_0
  15. VCCIO_0
  16. VCCIO_0
  17. VCCIO_0
  18. VCCIO_0
  19. VCCIO_0
  20. VCCIO_0
  21. VCCIO_0
  22. VCCIO_0
  23. VCCIO_0
  24. VCCIO_0
  25. VCCIO_0
  26. VCCIO_0
  27. VCCIO_0
  28. VCCIO_0
  29. VCCIO_0
  30. VCCIO_0
  31. VCCIO_0
  32. VCCIO_0
  33. VCCIO_0
  34. VCCIO_0
  35. VCCIO_0
  36. VCCIO_0
  37. VCCIO_0
  38. VCCIO_0
  39. VCCIO_0
  40. VCCIO_0
  41. VCCIO_0
  42. VCCIO_0
  43. VCCIO_0
  44. VCCIO_0
  45. VCCIO_0
  46. VCCIO_0
  47. VCCIO_0
  48. VCCIO_0
  49. VCCIO_0
  50. VCCIO_0
  51. VCCIO_0
  52. VCCIO_0
  53. VCCIO_0
  54. VCCIO_0
  55. VCCIO_0
  56. VCCIO_0
  57. VCCIO_0
  58. VCCIO_0
  59. VCCIO_0
  60. VCCIO_0
  61. VCCIO_0
  62. VCCIO_0
  63. VCCIO_0
  64. VCCIO_0
  65. VCCIO_0
  66. VCCIO_0
  67. VCCIO_0
  68. VCCIO_0
  69. VCCIO_0
  70. VCCIO_0
  71. VCCIO_0
  72. VCCIO_0
  73. VCCIO_0
  74. VCCIO_0
  75. VCCIO_0
  76. VCCIO_0
  77. VCCIO_0
  78. VCCIO_0
  79. VCCIO_0
  80. VCCIO_0
  81. VCCIO_0
  82. VCCIO_0
  83. VCCIO_0
  84. VCCIO_0
  85. VCCIO_0
  86. VCCIO_0
  87. VCCIO_0
  88. VCCIO_0
  89. VCCIO_0
  90. VCCIO_0
  91. VCCIO_0
  92. VCCIO_0
  93. VCCIO_0
  94. VCCIO_0
  95. VCCIO_0
  96. VCCIO_0
  97. VCCIO_0
  98. VCCIO_0
  99. VCCIO_0
  100. VCCIO_0
  101. VCCIO_0
  102. VCCIO_0

Seznam 10 běžných otázek a odpovědí souvisejících s aplikací PI2PCIE2412AE v technických řešeních

Sure! Here are 10 common questions and answers related to the application of PI2PCIE2412AE in technical solutions:

  1. Q: What is PI2PCIE2412AE? A: PI2PCIE2412AE is a PCIe-to-PCI bridge chip designed for connecting PCI devices to a PCIe bus.

  2. Q: What are the key features of PI2PCIE2412AE? A: Some key features include support for PCIe Gen2, backward compatibility with PCI 2.3, hot-plug capability, and low power consumption.

  3. Q: How can I use PI2PCIE2412AE in my design? A: You can integrate PI2PCIE2412AE into your design by connecting the PCIe interface to the host system and the PCI interface to the target PCI device.

  4. Q: Can PI2PCIE2412AE be used in both desktop and embedded systems? A: Yes, PI2PCIE2412AE can be used in both desktop and embedded systems as long as they have a PCIe bus and require connectivity to PCI devices.

  5. Q: Does PI2PCIE2412AE require any external components? A: Yes, PI2PCIE2412AE requires some external components such as decoupling capacitors, pull-up resistors, and clock sources.

  6. Q: What is the maximum data transfer rate supported by PI2PCIE2412AE? A: PI2PCIE2412AE supports a maximum data transfer rate of 5 Gbps per lane for PCIe Gen2.

  7. Q: Can PI2PCIE2412AE handle multiple PCI devices simultaneously? A: Yes, PI2PCIE2412AE can handle multiple PCI devices by providing multiple PCI interfaces.

  8. Q: Is PI2PCIE2412AE compatible with different operating systems? A: Yes, PI2PCIE2412AE is compatible with various operating systems as long as the necessary drivers are available.

  9. Q: Can PI2PCIE2412AE be used in a hot-swappable configuration? A: Yes, PI2PCIE2412AE supports hot-plug capability, allowing for hot-swapping of PCI devices without system shutdown.

  10. Q: Are there any design considerations or limitations when using PI2PCIE2412AE? A: Some design considerations include proper power supply and decoupling, signal integrity, and ensuring compatibility between PCIe and PCI voltage levels.