
Intel
Intel SSDSA2BW160G3H 320 Series 160GB SATA SSD (Refurbished)
★★★★★
The Intel 320 Series 160GB SSD cuts boot times and application load by replacing rotational latency with NAND-based random access on SATA 3Gb/s.
$99.99*
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*Price sourced from Amazon.com. Last updated:Jun 04, 2026.Price and availability are subject to change.
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Overview
Key Features
Installation Type: Internal Hard Drive
Compatible Devices: Desktop
Data Transfer Rate: 3.0 Gigabytes Per Second
Hard Disk Form Factor: 2.5 Inches
Cache Memory Installed Size: 1.0 MB
Special Feature: Portable
Form Factor: 2.5-Inch
Hard Disk Description: Solid State Drive
Unit Count: 1
Hard Disk Size: 160.0 GB
Specifications
Model
SSDSA2BW160G3H
Capacity
160GB
Interface
SATA 3.0 Gb/s (SATA II)
Form Factor
2.5 inches
Sequential Read
270 MB/s
Sequential Write
165 MB/s
Cache
1MB
Encryption
AES-128 hardware
Installation Type
Internal
Condition
Refurbished
Pros & Cons
👍 Pros
- 270MB/s sequential read and 165MB/s sequential write eliminate HDD rotational latency in the boot and application load path
- 2.5-inch SATA form factor fits virtually every desktop and laptop bay without adapters or modification
- AES-128 hardware encryption built into the controller enables full disk encryption with zero performance overhead
- SATA II/III backward and forward compatibility makes this drive installable in any system from 2007 to present
- Intel 25nm MLC NAND offers better write endurance characteristics than modern TLC NAND at comparable density
👎 Cons
- SATA II 3.0 Gb/s interface caps throughput at 270/165 MB/s — current SATA III SSDs achieve 500-560 MB/s on the same bus
- 160GB capacity is significantly below modern OS drive standards; Windows 10/11, Office, and a modest app suite will consume over half the drive
- 1MB controller cache is minimal by current standards, which can cause write performance degradation during sustained sequential writes
- Refurbished status means NAND wear history is unknown — drive endurance must be verified via SMART data after purchase
- No NVMe or PCIe interface option; cannot be used as an M.2 replacement in systems that have moved to NVMe-only storage
Frequently Asked Questions
What interface does the 320 Series use, and does it fit in modern systems?
This drive uses SATA II (3.0 Gb/s), which is backward compatible with SATA III (6.0 Gb/s) ports found in modern desktops and laptops. The 2.5-inch form factor fits any standard 2.5" drive bay. Performance is capped at SATA II throughput (300 MB/s theoretical maximum) even when installed in a SATA III system.
What are the sequential read and write speeds on this drive?
Intel specifies 270MB/s sequential read and 165MB/s sequential write for the 160GB model. These figures reflect the SATA II interface ceiling and the 320 Series' Intel 25nm MLC NAND. For comparison, a modern SATA SSD hits 500-560 MB/s — but the 320 Series still delivers 5-10x the random IOPS of a 7,200 RPM HDD, which is where the real-world responsiveness gain is felt.
Is 160GB enough for a primary OS drive in a modern system?
Tight, but workable for a dedicated OS and productivity application installation. Windows 10 requires approximately 20GB, leaving roughly 130GB for applications and a working data set. Users running large application suites, game libraries, or local media storage will find 160GB restrictive. This drive is better suited as a boot drive paired with a secondary HDD for data.
What does "refurbished" mean for this specific drive, and should I be concerned about NAND wear?
Refurbished drives have been inspected and cleared of prior errors, but NAND cell wear from previous use is not reversed. Intel 320 Series drives support SMART attributes including wear leveling count and reallocated sector count — check these values with CrystalDiskInfo (Windows) or smartmontools (Linux/macOS) after installation to assess remaining endurance.
Does this drive support hardware encryption?
Yes. The Intel 320 Series includes AES-128 hardware encryption via the Intel Data Protection Technology feature set. This operates transparently at the controller level without performance overhead, but requires compatible software (like Intel's own management tools or compatible FDE solutions) to enable full disk encryption.