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UBM that is universal backplane management, is a recently developed standard by SNIA SFF for the management of SAS, SATA, and NVMe backplanes by storage controllers, chipsets, and switches.
For backplane designs, UBM offers a single, industry-standard method. reduce costs and development time within storage partner ecosystems by interacting with the storage ecosystem in a single self-descriptive standard approach.
By using UBM, the controller is able to exactly understand what the backplane is capable of and detect the presence and type of drives. defining backplane design and capabilities, PCIe Reference Clock and Reset requirements, and PerDIS signal support.
dual port assistance. Host facing connectors are given high speed lane port assignments. Drive facing connectors that the backplane can accommodate in number.
Status and Control over Drive Facing Connector I/O and LED States, Customer-Specific Backplane LED Patterns, Backplane UBM FRU and Controller Programmable Code Updates, and Host to Backplane Cable Installation Order Independence are some of the ways that UBM provides configurability and ease-of-maintenance.
All drive types and controllers can be supported universally with UBM-based backplanes. UBM-based backplanes, for instance, provide x2 and x4 use cases with a single architecture. UBM-based backplanes guarantee trouble-free adapter and backplane design and wiring.
The Global universal backplane management device market accounted for $XX Billion in 2022 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2023 to 2030.
AMI is proud to introduce the MG9100 Universal Backplane Management (UBM) Controller, the newest member of its family of MG9xxx Backplane Controller products. AMI is a global pioneer in BIOS and UEFI firmware, server and remote management tools, data storage systems, and more.
The MG9100 UBM Backplane Controller uses the Universal Backplane Management (UBM) protocol to control enclosures for single- and dual-ported NVMe SSD backplanes as well as conventional SAS/SATA backplanes at a cheap cost. Up to 8 drives can be handled by a single MG9100 controller, and up to 32 drives can be supported by cascading four MG9100 controllers.
