Revolv HHCI

Hybrid Hyperconverged Infrastructure


Hybrid hyperconverged infrastructure (hHCI) provides a new powerful option for companies who want to increase or scale one virtual hardware system without increasing or scaling another at the same time.
Contact your BCD sales representative at sales@bcdvideo.com to learn more.


HCI VS. HHCI


All data is stored on the physical nodes. VMs, operating systems, and databases are stored on the vSAN SSD drives, and the camera recordings are archived/stored on the vSAN rotational drives.

VMs, operating systems, and databases are stored on the vSAN SSD drives located on the physical nodes, and all camera recordings are offloaded and stored on the SAN.


REVOLV Verified for Milestone Systems XProtect®️ VMS

Milestone Systems has verified BCD’s REVOLV hHCI solution for XProtect Corporate 2021 R1. The test environment consisted of 600 cameras with management and recording on separate servers. REVOLV achieved a combined maximum throughput of 2457.6 Mbit/s.


BCD awarded 2021 Intel OEM Innovation Partner of the Year

BCD was recognized for creating the innovative REVOLV platform of hybrid hyperconverged infrastructure (hHCI) systems that allow users to consolidate disaggregated workloads and scale compute and storage with ease – all powered by Intel® Xeon® Scalable processors.


Security Center + Harmonize

With REVOLV hHCI, Harmonize Software Suite, and Genetec Security Center you will now be able to:

• Create a new Virtual Machine without ever leaving Security Center in a matter of seconds.
• Alarms and alerts for infrastructure stability.
• Remote Console capabilities to manage the Virtual Machine and Operating System.
• Edit Virtual Machine properties from the VMS.


BCD110X-REVOLV

The BCD110X-REVOLV delivers purpose-built performance for enterprise IP video surveillance applications. The 1U, 2-socket server allows the use of SSDs, SATA, and dual port SAS drive technology. With up to (2) Intel® Xeon® Gold processors and 24 DIMM slots, the BCD110X-REVOLV is ideal for high intensity workloads.