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ADIC 3-00033-06 ROBOT CONTROL UNIT SCALAR I2000

EATON APR48-ES RECTIFIER 2000W OUTPUT W 208/240VAC INPUT

The Dell 9F3GY (Dell internal part number 09F3GY, OEM Intel model SSDSC2BX800G4R) is an 800GB enterprise-grade SATA solid-state drive (SSD) from the Intel DC S3610 Series, fully rebranded, firmware-tuned, and rigorously validated by Dell for seamless integration into PowerEdge servers and compatible Dell/EMC storage platforms.
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The Dell 0Y3344 (also listed as Y3344 or cross-referenced with QLogic OEM part QLE2692) is a dual-port 16 Gigabit Fibre Channel Host Bus Adapter (HBA) — a high-performance storage networking card from the QLogic 2692 series, rebranded and fully certified by Dell for use in PowerEdge servers and Dell EMC storage environments.

Product Description

This is a PCIe-based 16Gb FC HBA that provides two independent 16 Gbps Fibre Channel ports (32 Gbps aggregate) for connecting servers to FC SAN fabrics, storage arrays (e.g., Dell EMC Unity, PowerStore, PowerMax, XtremIO, Compellent SC series), or tape libraries. It is backward compatible with 8 Gb/s and 4 Gb/s FC speeds, allowing seamless integration into existing SANs during transitions.

The card uses QLogic's 2692 ASIC (enhanced Gen5 technology), delivering:

• High IOPS (up to ~650K–1.3M IOPS in some configurations)
• Low CPU overhead via hardware offloads
• Full support for NPIV (N_Port ID Virtualization), boot from SAN, error recovery, and end-to-end data integrity
• Advanced features like FCoE readiness (firmware-dependent) and virtualization acceleration

It is a low-profile PCIe card (half-height bracket included; full-height optional) commonly used in Dell PowerEdge 13G–15G servers for SAN boot, high-throughput storage access, or multipathing (MPIO) setups. Dell validates it with custom firmware for seamless iDRAC/OpenManage monitoring, proper LED behavior, and compatibility with PERC controllers (when used in pass-through mode).

to Intel’s Data Center SSD family (DC S3610), a mixed-use (MU) / read-intensive optimized model built on Intel 3D MLC NAND (32-layer or later production runs), delivering exceptional performance, high endurance, and full power-loss protection (PLP) for mission-critical workloads in legacy server environments.
It is one of the most widely deployed SATA SSDs in Dell’s 11th–13th generation PowerEdge servers (and many 14G configs), particularly favored as a boot/OS drive, read caching layer, general-purpose performance tier, or VDI/web/analytics workload accelerator where cost-per-GB, reliability, and low power/heat are prioritized over maximum random write IOPS.

The IBM 31R3305 is the BladeCenter H Media Tray (without an optical drive installed) — a front-panel removable media bay assembly for the IBM BladeCenter H chassis (machine type 8852, 1886, 7989, and compatible models).

This media tray is a hot-swappable front module that provides shared access to removable media devices (such as CD/DVD/Blu-ray drives, USB ports, and sometimes floppy) across all blade servers installed in the BladeCenter H chassis. It connects via a dedicated connector on the chassis midplane, allowing any blade to use the media tray resources without needing individual drives in each blade.

Key features:

• No optical drive included — this is the "no drive" / "filler" variant (empty tray only; optical drive can be added separately if needed)
• Two USB v2.0 ports — accessible from the front panel for connecting USB flash drives, keyboards, mice, or other USB devices to any blade
• Optional optical drive bay — supports UltraSlim enhanced SATA multi-burner or CD/DVD drives (e.g., FRU 44W3256) when installed
• Front system LED panel — integrated LEDs for chassis status (power, fault, location)
• Tool-less design — easy insertion/removal with release tabs
• Midplane compatibility — designed for use with specific midplane FRUs (e.g., 25R5780 or similar; must match midplane connector type)

The media tray is shared across all blades in the chassis — any blade can access the optical drive (if present) or USB ports via the chassis management. It is a critical component for OS installation, firmware updates, diagnostics, or USB-based management in blade environments.

The IBM 01EM868 is the official side rail kit (also known as rack mounting rails or slide rails) designed specifically for the IBM Power System IC922 (machine type 8335-GTG / 8335-GTH), a high-performance 2U rack server from the POWER9 generation (launched 2018–2019).

This is a tool-less, full-extension sliding rail kit that allows the IBM Power IC922 server to be securely mounted in a standard 19-inch EIA-310 rack while providing smooth, full server pull-out for easy servicing, cabling, component replacement, or upgrades without removing the server from the rack.

The kit consists of:

• Left and right telescoping rails
• Quick-release latches
• Tool-less snap-in mounting points (for square-hole racks)
• Included hardware for round-hole/threaded racks (cage nuts, screws, adapters)
• Installation instructions

It is adjustable to fit a wide range of rack depths (typically ~631–868 mm / 24.8–34.2 inches), making it compatible with most standard 19-inch racks (Dell, HPE, APC, Rittal, etc.). The rails support front-to-back or back-to-front airflow configurations and include safety stops to prevent accidental full removal.

This rail kit is essential for proper racking of the IC922 — it is the IBM-validated solution that ensures mechanical stability, proper alignment with the chassis, and compliance with IBM rack-mount specifications (especially important for heavy 2U POWER9 servers with multiple GPUs, large memory, or high-power PSUs).

Samsung 5552764-A VSP G1000 16GB 2RX4 PC3L-12800R

The Oracle 7078248 is the Rear I/O Board / Rear I/O Assembly for the Oracle SPARC T5-4 server (and compatible with some T5-8 configurations).

Product Description

This is the main rear I/O plane located at the back of the SPARC T5-4 chassis. It serves as the central hub for all external I/O connectivity, routing PCIe lanes from the SPARC T5 processors to the rear panel and providing physical connectors for:

• PCIe expansion slots (via risers)
• Onboard networking ports (typically 10GbE)
• Management / Service Processor (ILOM) ports
• USB ports
• Serial/console ports

The board connects to the motherboard via high-speed cables or direct midplane connectors and handles signal distribution for the entire rear subassembly. It is a critical component — damage or failure usually results in lost rear PCIe slots, missing network ports, or I/O-related boot errors.