# PXES-2305 5-Slot All-Hybrid 3U PXIe chassis with integrated extension controller and AC power with up to 250MB/s system bandwidth # Features ● Entry-level platform with integrated extension controller ideally balances performance and price point ● Replaceable modular cooling fan reduces maintenance requirements High per-slot cooling capacity up to 38W ● Intelligent chassis management with automatic fan speed control and temperature/power status monitoring ● System bandwidth up to 250MB/s & peripheral bandwidth up to 250MB/s for all slots ● Low fan noise 35.3 dBA at ambient $2 5 ^ { \circ } \mathsf { C }$ ![Exterior view of a PXI low-power industrial control unit (no visible text or symbols on the device body)](.pxes-2305-datasheet-20170829-final/7b5f10433323a4eca050c16f5cb3929606af5466e0b358f7efa6578728afafae.jpg) ![Electronic oscilloscope connected to a blue circuit board via cable (no visible text or symbols)](.pxes-2305-datasheet-20170829-final/526ca3eaa29a4e801e697700803d7de4e3a4eda773a29e19f207019d854dfa8d.jpg) # Introduction The ADLINK PXES-2305 compact 5-slot PXI Express chassis with integrated extension controller is compliant with PXI Express and cPCI Express specifications, providing five hybrid peripheral slots to support a wide variety of enhanced-bandwidth testing and measurement applications. The hybrid-slot design accepts installation of CompactPCI, PXI, CompactPCI Express, and PXI Express modules in any peripheral slot for maximum flexibility. Based on a PXI Express chassis with 250MB/s system bandwidth, the PXES-2305's peripheral slots are all connected with PCIe x1, slot bandwidth up to 250MB/s. The PXES-2305 also implements a smart system monitoring controller, reporting full chassis status including fan speed, system voltages, and internal temperature. The PXES-2305’s built-in PCI-Express extension chassis controller connector enables remote control of the chassis when a PCIe-8560 host card is connected via a PCI-Express extension cable. The compact, rugged, half-rack size with efficient construction suits the PXES- 2305 for portable use with minimal space requirements, and industrial grade AC power supply delivers 320W performance under 50°C, with superior cooling capacity. All in all, the PXES-2305 delivers an ideal PXI Express platform choice for practically any testing and measurement operation. # Ordering Information ● PXES-2305 PXES-2305 3U 5-slot PXIe chassis with PCIe control interface ● PCIe-8560 PCI Express –to-PXI expansion interface card for host PC ● ACL-EXPRESS-3 High-speed expansion cable, 3M # Optional Accessories ● PXES-2301 rack-mount Kit Flexible rack-mount kit for PXES-2301 ● ACL-EXPRESS-1 High-speed expansion cable, 1M ● ACL-EXPRESS-5 High-speed expansion cable, 7M # Specifications # Power Supply # ● AC Input • Input voltage range: 100 to 240 VAC • Input voltage frequency: 47 to 63 Hz # ● DC Output • 320W max. total usable power
VDCMaximumLoad RegulationMaximum Ripple & Noise
+5 V20 A±5%50 mV
+12 V30 A±5%120 mV
+3.3 V20 A±5%5 mV
-12 V0.8 A±5%120 mV
# Bus Interface ● PXI Express chassis ● Up to 250 MB/s system bandwidth ● Up to 250 MB/s peripheral bandwidth for all slots # Rear-mounted I/O Fan speed selector switch # Cooling ● 2 x 100.21 CFM fans ● 38W per-slot cooling capacity # Physical 1 integrated PCIe extension controller + 5 peripheral slots 220.8mm (D) x 319.6mm (W) x 177.8mm (H) ● 6.5 kg # Operating Environment Ambient temperature: 0°C to 50°C (32°F to 122°F) ● Relative humidity: 20 to 80%, non-condensing # Storage Environment Ambient temperature: -20˚C to 70˚C (-4˚F to 158˚F) ● Relative humidity: 10% to 90%, non-condensing # Shock and Vibration Functional shock: 30 G, half-sine, 11 ms pulse duration ● Random vibration: • Operating: 5 to 500 Hz, 0.21 grms, 3 axes • Non-operating: 5 to 500 Hz, 2.46 grms, 3 axes # Emissions Compliance ● EN 61326-1 ● FCC Class A ![Based on the provided block diagram, here is the accurate and concise description:\n\n**Labeled Blocks:**\n* **PCle x1 (To Host):** A tall vertical rectangular block on the left side.\n* **PCle/PCI Bridge:** A smaller square block at the bottom left.\n* **PCle Switch:** A square block on the right side.\n* **Central Grid:** A section of five columns of square grid-patterned modules.\n* **Bottom Circles:** Five circular icons at the bottom labeled '2 H', '3 H', '4 H', '5 H', and '6 H'.\n\n**Connections:**\n* **Top Connection (Link 4):** A line labeled 'Link 4' and 'x1 PCle' connects the top of the 'PCle Switch' to the top of the 'PCle x1 (To Host)' block.\n* **Middle Connections (Links 1-3):**\n * Double-headed arrows labeled 'Link 1' and 'x1 PCle' connect the 'PCle x1 (To Host)' block to the second column of the central grid.\n * Double-headed arrows labeled 'Link 2' and 'x1 PCle' connect the 'PCle x1 (To Host)' block to the second column of the central grid.\n * A double-headed arrow labeled 'Link 3' and 'x1 PCle' connects the 'PCle x1 (To Host)' block to the third column of the central grid.\n* **Right-Side Connections (x4 PCle):** Double-headed arrows labeled 'x4 PCle' connect the 'PCle Switch' to the fourth and fifth columns of the central grid.\n* **Bottom Connections:**\n * A double-headed arrow labeled '32-bit/33 MHz PCI Bus' connects the 'PCle/PCI Bridge' to the fifth (rightmost) column of the central grid.\n * A line labeled 'x1 PCle' runs along the very bottom, connecting the 'PCle/PCI Bridge' to the 'PCle Switch'.\n * An arrow points upward from the bottom connection area into the 'PCle x1 (To Host)' block.\n* **Vertical Connections:** Vertical lines connect the bottom of each central grid column to the corresponding circle below it (e.g., the second column connects to '3 H').](.pxes-2305-datasheet-20170829-final/48cf27b06011cc5c2ce69f57c8d2609b714034f8aa72ed44c1e4d821a74eeade.jpg) [🔗 Link to the original document](.pxes-2305-datasheet-20170829-final/pxes-2305-datasheet-20170829-final.pdf)