Home » Products » BGA SSD » Industrial BGA SSD – M.2 1620, PCIe Gen 4 x4, 128GB–1TB

Industrial BGA SSD – M.2 1620, PCIe Gen 4 x4, 128GB–1TB

Request a Spec
SKU: N/A Categories: ,
Features
SKU / Item Number:Select an option
Form FactorM.2 1620 BGA, 291-ball
GradeIndustrial
InterfacePCIe Gen 4 x4
ProtocolNVMe 1.4
NAND Type3D TLC
Operating Temp -40ºC - 85ºC
Endurance (TBW or DWPD) 2.5 DWPD over 3 years, JESD219 client sequential workload
Speed (Sequential Read, MB/s)Up to 4,200
Speed (Sequential Write, MB/s)Up to 1,580
Speed (Random Read, 4k IOPS)Up to 398,000
Speed (Random Write, 4k IOPS)Up to 197,000

Description

A BGA SSD is a complete NVMe solid-state drive in a single chip package that solders directly onto the circuit board, with no connector, socket or mounting screws. The AMP industrial BGA SSD series combines a compact M.2 1620 (16 × 20mm), 291-ball BGA package, a PCIe Gen4 x4 NVMe interface and 3D TLC NAND, with capacities from 128GB to 1TB and operation from −40°C to 85°C.

AMP provides customizable hardware and firmware, manufacturing and long-term support, helping customers achieve faster boot and application load times, lower power consumption and reliable operation over long product lifecycles. Compare all options on our BGA SSD page.

Key Highlights

  • Next-generation LDPC error correction to support NAND endurance
  • Advanced flash management and global wear leveling to extend drive life
  • Power Loss Assurance (PLA) and Power Loss Notification (PLN)
  • Temperature monitoring and intelligent thermal management
  • Host Memory Buffer (HMB) support

Additional Specifications

Package size 16 × 20 × 1.65mm (max)
TBW 128GB: 341TB · 256GB: 682TB · 512GB: 1,365TB · 1TB: 2,730TB
Sustained random read / write (4KB) Up to 148,000 / 8,800 IOPS

Performance varies with host hardware, software and system configuration. Need a different capacity, firmware customization or a locked bill of materials for a long-running program? Contact AMP.

Additional information

Capacity

, , ,

NAND Type

Operating Temperature