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Key Features

With Serial ATA interface, experience high-speed data transfer and robust reliability for optimized system performance
Gigabit Ethernet is highly efficient for large file transfers, making it ideal for backups and heavy data workflows
Rack-mountable barebone system offers easy installation and convenient access for streamlined maintenance
DDR4 SDRAM slot supports high-speed operation with low power use, delivering optimal performance and thermal efficiency
Windows Server 2019 Standard OS support includes creative and productive tools you need for smooth workflows
Compatible EPYC processor enables fast and efficient execution of computational tasks
Upgrade an existing PC easily to improve performance and extend its usability for modern applications
Featuring 1 USB ports to connect USB-compatible devices for enhanced flexibility and convenience

Manuals & Resources

MANUAL User Manual › DATASHEET Product Datasheet › BROCHURE Manufacturer Brochure › MANUAL Assembly Instructions › WARRANTY Warranty Information › DATASHEET Product Fiche › GUIDE Energy Guide › SAFETY Safety Data Sheet › SAFETY Safety Data Sheet (FR) › SAFETY COSHH Sheet › TOUR Product Tour › 360 360° Product View ›

CISCO SYSTEMS Barebone Systems

UCS C125 BASE COMPUTE NODE TRAY

Mfr # UCSC-C125-U SKU 5690468

$2,278.21 MSRP $5,625.21 Save 60%

Regular price saves you $3,347.00 against MSRP.

Available

Product Overview

UCS C125 BASE COMPUTE NODE TRAY

Cisco (UCSCC125U) Barebone Systems
Cisco C125 M5 Barebone System - 2U Rack-mountable - 2 x Processor Support - AMD Chip - 64 GB DDR4 SDRAM DDR4-2666/PC4-21333 Maximum RAM Support - 16 Total Memory Slots - Serial ATA RAID Supported, 12Gb/s SAS Controller - Network (RJ-45) - 2 M.2 Interface(s) - Processor Support (EPYC) - Gigabit Ethernet - Windows Server 2019 Standard, Windows Server 2019 Datacenter, Red Hat Enterprise Linux, SuSE Linux Enterprise Server Supported Operating System - 1 USB 3.0 Port(s) - 2 x 2400 W - 3 Year
Cisco C125 M5 Barebone System - 2U Rack-mountable - 2 x Processor Support
AMD Chip - 64 GB DDR4 SDRAM DDR4-2666/PC4-21333 Maximum RAM Support - 16 Total Memory Slots - Serial ATA RAID Supported, 12Gb/s SAS Controller - Network (RJ-45) - 2 M.2 Interface(s) - Processor Support (EPYC) - Gigabit Ethernet - Windows Server 2019 Standard, Windows Server 2019 Datacenter, Red Hat Enterprise Linux, SuSE Linux Enterprise Server Supported Operating System - 1 USB 3.0 Port(s) - 2 x 2400 W - 3 Year

Technical Specifications

Product Type	Barebone System
Input Voltage	120 V AC
Input Voltage	230 V AC
Manufacturer Part Number	UCSC-C125-U
Maximum Memory Supported	64 GB
Limited Warranty	3 Year
Weight (Approximate)	95.90 lb
Form Factor	Rack-mountable
Manufacturer	Cisco Systems, Inc
Product Model	C125 M5
Product Name	UCS C125 M5 Barebone System
Processor Supported	EPYC
Controller Type	Serial ATA
Controller Type	12Gb/s SAS
Rack Height	2U
Brand Name	Cisco
Operating System Supported	Windows Server 2019 Standard
Operating System Supported	Windows Server 2019 Datacenter
Operating System Supported	Red Hat Enterprise Linux
Operating System Supported	SuSE Linux Enterprise Server
Memory Technology	DDR4 SDRAM
Memory Standard	DDR4-2666/PC4-21333
Height	3.4"
Width	16.9"
Depth	32.6"
64-bit Processing	Yes
Chipset Manufacturer	AMD
Number of Power Supplies Installed	2
Number of Nodes	4
Number of Processors Supported	2
RAID Supported	Yes
Ethernet Technology	Gigabit Ethernet
Number of Total Expansion Bays	6
Number of PCI Express x16 Slots	2
Number of Network (RJ-45) Ports	1
Network (RJ-45)	Yes
Maximum Power Supply Wattage	2400 W
Total Number of USB Ports	1
Number of USB 3.0 Ports	1
Total Number of Expansion Slots	2
Number of M.2 Interfaces	2
Total Number of Memory Slots	16

Marketing Information

Three-year parts coverage.
Next business day (NBD) onsite parts replacement eight hours a day, five days a week.
90-day software warranty on media.

The Cisco UCS C4200 Series Rack Server Chassis is a modular, dense rack server chassis that supports up to four UCS C125 M5 Rack Server Nodes, optimized for use in environments requiring dense compute form factor and high core densities such as scale-out/compute intensive, general service provider, and bare-metal applications.