Industrial Enterprise PCIe® Gen4 NVMe SSDs

Key Features

Available in U.2, M.2, and E1.S form factors
Enterprise-Class Endurance (1, 2, 5 DWPD options)
High Quality of Service (QoS)
UBER < 1 in 10^17
Industrial temperature operable
MCU-based Power Loss Protection Design with Level 4 (data-in-flight) protection

Description

In this rapidly evolving data-centric age when Information Technology and Operational Technology are converging, conventional storage solutions no longer suffice. As data deluge continues, centralized computing is increasingly moving to the edge, necessitating a new breed of solid-state drives for enterprises in uncontrolled environments.

ATP Industrial Enterprise SSDs are engineered for the demanding data storage and compute requirements of enterprises at the edge, where temperatures are extreme, operating conditions are rough, and deployments are far-flung, making servicing/replacements difficult. These SSDs possess the relentless reliability, persistent endurance, and tough build of industrial SSDs while meeting the intensive read/write, low latency, high performance, and constant availability of enterprise-class workloads. They simply offer the best of both worlds, making them the ideal storage media in this age of convergence.

Available as U.2, M.2, and E1.S, ATP Industrial Enterprise SSDs offer different capacities, endurance ratings, and may be tailored according to application-specific requirements. They offer hardware power loss protection, advanced Thermal Management, and enhanced ATP-owned firmware capabilities to ensure the highest levels of reliability, data integrity, and long service life for the industrial enterprise. ATP Industrial Enterprise SSDs make excellent boot drives, data storage drives, or mixed use drives.

SpecificationsLatest Update: 2025-10-07 15:35

Industrial Enterprise PCIe® Gen4 NVMe SSDs
Naming	N651Sie	N651Sie	N651Sie
Interface	PCIe G4 x4	PCIe G4 x4	PCIe G4 x4
Form Factor	M.2	U.2	E1.S
Dimensions (mm)	80 x 22 x 3.85	100 x 69.85 x 15	118.75 x 33.75 x 9.5
Flash Type	TLC	TLC	TLC
Capacity	240 GB to 1.92 TB	960 GB to 7.68 TB	960 GB to 7.68 TB
Sequential Read (MB/s) up to 1,6,7	6,450	6,000	6,400
Sequential Write (MB/s) up to 1,6,7	6,050	6,000	6,100
Random Read KIOPS up to 2,6,7	1,100	870	1000
Random Write KIOPS up to 2,6,7	1,250	1,230	1,200
Sustained Sequential Write (MB/s) up to 3,6,7	820	1,100	1,100
Sustained Random Write up to 4,6,7	100 KIOPS (390 MB/s)	100 KIOPS (390 MB/s)	100 KIOPS (390 MB/s)
Endurance [DWPD] 8	1 DWPD; 2 DWPD and 5 DWPD configurations available upon project support	1 DWPD; 2 DWPD and 5 DWPD configurations available upon project support	1 DWPD; 2 DWPD and 5 DWPD configurations available upon project support
QoS 99.9999% 5,6,7	Read <80µs \| Write <30µs	Read <80µs \| Write <30µs	Read <80µs \| Write <30µs
Data Retention	1 year at 55°C (100% P/E cycles)	1 year at 55°C (100% P/E cycles)	1 year at 55°C (100% P/E cycles)
Power Loss Protection	Yes	Yes	Yes
End to End Data Path Protection	Yes	Yes	Yes
Sustained Read Power (Max) 7	<9W	<14.5W	<13W
Sustained Write Power (Max) 7	<11.5W	<17.5W	<15.5W
Supply Voltage	3.3V	12V	12V
Operating Temperature Tc	-40°C to 85°C (I-Temp)	-40°C to 85°C (I-Temp)	-40°C to 85°C (I-Temp)
Storage Temperature Tc	-40°C to 85°C	-40°C to 85°C	-40°C to 85°C
Vibration	Sine 16.4G,10~2,000Hz	Sine 16.4G,10~2,000Hz	Sine 16.4G,10~2,000Hz
Shock	Half sine 1,500G/0.5ms	Half sine 1,500G/0.5ms	Half sine 1,500G/0.5ms
Reliability MTBF @ 25°C	>3,000,000 hours	>3,000,000 hours	>3,000,000 hours
UBER	<1 sector per 10^17 bits read	<1 sector per 10^17 bits read	<1 sector per 10^17 bits read
Warranty	5 years	5 years	5 years

1. Sequential Burst Performance tested with IOmeter 4MB, QD64
2. Random Burst Performance tested with IOmeter 4KB, QD64
3. Average Sustained Sequential Write Performance tested with IOmeter, 4MB, QD64 for 4 hours in dirty state ( 24-hour pre-conditioning under 4K random workload )
4. Average Sustained Random Write Performance tested with IOmeter, 4KB, QD64 for 4 hours in dirty state ( 24-hour pre-conditioning under 4K random workload )
5. 4KB Random QD=1
6. Actual performance may vary depending on user conditions and system environment
7. Parameters tested with highest capacity drive
8. DWPD for 5 years tested with JESD219A Enterprise workload

Ordering information

Featured SKUs
Target Usage	Endurance rating	Capacity	PCIe® Gen4 NVMe M.2 SSD	PCIe® Gen4 NVMe E1.S SSD	PCIe® Gen4 NVMe U.2 SSD
Boot	1 DWPD	240 GB	FT240GP48APHBSI-ERS
		480 GB	FT480GP48APHBSI-ERS
		960 GB	FT960GP48APHBSI-ERS	FT960GES4APHBSI-ERS	FT960GU24APHBSI-ERS
		1.92 TB	FT1T92P48APHBSI-ERS	FT1T92ES4APHBSI-ERS	FT1T92U24APHBSI-ERS
		3.84 TB		FT3T84ES4APHBSI-ERS	FT3T84U24APHBSI-ERS
		7.68 TB		FT7T68ES4APHBSI-ERS	FT7T68U24APHBSI-ERS
Read Intensive	2 DWPD	200 GB	Available on a project basis
		400 GB
		800 GB		Available on a project basis	Available on a project basis
		1.60 TB
		3.20 TB
		6.40 TB
Mixed Use/Write Intensive	5 DWPD	120 GB	Available on a project basis
		240 GB
		480 GB		Available on a project basis	Available on a project basis
		960 GB
		1.92 TB
		3.84 TB

TechnologyView All Technologies

Technologies & Add-On Services	Product Line
Technologies & Add-On Services	Superior
S.M.A.R.T.	available
Industrial Temperature	available
Firmware-Based Data-At-Rest Power Loss Protection	available
Hardware-Based In-Flight-Data Power Loss Protection	available
Advanced Wear Leveling	available
AutoRefresh	available
Dynamic Data Refresh	available
Auto-Read Calibration	available
End-to End Data Path Protection	available
SED (AES 256-bit Encryption, TCG Opal 2.0)	customizable
Software Secure Erase	available
Anti-Sulfur Resistors	customizable
Conformal Coating	customizable
Joint Validation and Test	customizable