EEC1005 is a generic, easily configurable, True Universal Backplane Management (UBM) device that can be used on hard drive backplanes to provide complete storage enclosure management and reporting to computing host systems using industry standard communication protocols.
EEC1005 supports a variety of host interfaces to accommodate SAS/SATS/NVMe backplane. The SFF-8654 slimline connector (Host facing Connector) can be used to route SAS signals in which case the HBA will manage SAS/SATA drives, the same connector protocol (physically a different connector) can be used to route PCIe signals in which case the HBA will manage NVME drives. In both cases UBM will be used as management protocol with support of SGPIO as well on SAS Slimline (Configuration dependent).The device supports using U.2 and U.3 Drive facing Connectors. EEC1005 also supports Multiple Backplanes on a single chassis.
EEC1005 supports 2 or 3 LED IBPI blinking patterns for up to 16 drives. Customized LED blink pattern can also be programmed through the FRU.
The EEC1005 has a secure boot loader that authenticates and decrypts the Flash boot image (UBM application) using the AES-256, ECDSA P-256, SHA-256 cryptographic hardware accelerators. EEC1005 hardware accelerators support 128-bit and 256-bit AES encryption, ECDSA and EC_KCDSA signing algorithms, 1024-bits to 4096-bits RSA and Elliptic asymmetric public key algorithms, and a True Random Number Generator (TRNG). Additionally, the device offers lockable OTP storage for private keys and IDs.
EEC1005 is available in 84 pin and 144 pin WFBGA packages
Additional Features
Complete Universal Storage Backplane Management Processor
Supports I2C communication to Baseboard Management Controller
Up to 8 I2C ports for UBM and BMC host interfaces
SFF-8485 Support
Secure Boot
Supports Storage LED Management as per SFF-8489 IBPI specifications by default
Scalable solution for up to 16 hard drives on a single device
Supports multiple backplanes on a single chassis
Support for NVME Hot Plug and Power Disable
Configurable interfaces using a single analog pin for Host interface (SGPIO vs UBM)
EEC1005 is a generic, easily configurable, True Universal Backplane Management (UBM) device that can be used on hard drive backplanes to provide complete storage enclosure management and reporting to computing host systems using industry standard communication protocols.
EEC1005 supports a variety of host interfaces to accommodate SAS/SATS/NVMe backplane. The SFF-8654 slimline connector (Host facing Connector) can be used to route SAS signals in which case the HBA will manage SAS/SATA drives, the same connector protocol (physically a different connector) can be used to route PCIe signals in which case the HBA will manage NVME drives. In both cases UBM will be used as management protocol with support of SGPIO as well on SAS Slimline (Configuration dependent).The device supports using U.2 and U.3 Drive facing Connectors. EEC1005 also supports Multiple Backplanes on a single chassis.
EEC1005 supports 2 or 3 LED IBPI blinking patterns for up to 16 drives. Customized LED blink pattern can also be programmed through the FRU.
The EEC1005 has a secure boot loader that authenticates and decrypts the Flash boot image (UBM application) using the AES-256, ECDSA P-256, SHA-256 cryptographic hardware accelerators. EEC1005 hardware accelerators support 128-bit and 256-bit AES encryption, ECDSA and EC_KCDSA signing algorithms, 1024-bits to 4096-bits RSA and Elliptic asymmetric public key algorithms, and a True Random Number Generator (TRNG). Additionally, the device offers lockable OTP storage for private keys and IDs.
EEC1005 is available in 84 pin and 144 pin WFBGA packages
Additional Features
- Complete Universal Storage Backplane Management Processor
- Supports I2C communication to Baseboard Management Controller
- Up to 8 I2C ports for UBM and BMC host interfaces
- SFF-8485 Support
- Secure Boot
- Supports Storage LED Management as per SFF-8489 IBPI specifications by default
- Scalable solution for up to 16 hard drives on a single device
- Supports multiple backplanes on a single chassis
- Support for NVME Hot Plug and Power Disable
- Configurable interfaces using a single analog pin for Host interface (SGPIO vs UBM)
