TrackAura
TEAMGROUP T-FORCE G70 PRO 2TB M.2 PCIe Internal SSD - Aluminum Heat Sink - PCIe Gen4x4 - 3D NAND Flash - InnoGrit Controller - DRAM & SLC Caching - Sequential Read up to 7400MB/s - Sequential Write up to 6800MB/s (TM8FFH002T0C128)
TEAMGROUP T-FORCE G70 PRO 2TB M.2 PCIe Internal SSD - Aluminum Heat Sink - PCIe Gen4x4 - 3D NAND Flash - InnoGrit Controller - DRAM & SLC Caching - Sequential Read up to 7400MB/s - Sequential Write up to 6800MB/s (TM8FFH002T0C128)
TeamGroup·Vuugo
$297 0.00%
ssds/TeamGroup/TEAMGROUP T-FORCE G70 PRO 2TB M.2 PCIe Internal SSD - Aluminum Heat Sink - PCIe Gen4x4 - 3D NAND Flash - InnoGrit Controller - DRAM & SLC Caching - Sequential Read up to 7400MB/s - Sequential Write up to 6800MB/s (TM8FFH002T0C128)
TEAMGROUP T-FORCE G70 PRO 2TB M.2 PCIe Internal SSD - Aluminum Heat Sink - PCIe Gen4x4 - 3D NAND Flash - InnoGrit Controller - DRAM & SLC Caching - Sequential Read up to 7400MB/s - Sequential Write up to 6800MB/s (TM8FFH002T0C128)
TeamGroup·ssds·SKU TM8FFH002T0C128

TEAMGROUP T-FORCE G70 PRO 2TB M.2 PCIe Internal SSD - Aluminum Heat Sink - PCIe Gen4x4 - 3D NAND Flash - InnoGrit Controller - DRAM & SLC Caching - Sequential Read up to 7400MB/s - Sequential Write up to 6800MB/s (TM8FFH002T0C128)

Premium 2TB PCIe Gen4 NVMe SSD with aluminum heatsink and DRAM caching for professionals and power users.

Lowest listed
$297CAD 0.00%
VGVuugo· In stock·Checked 48d ago
MSRP
Observed range
$297–$297
Retailers
1
Last verified
48d ago
Specifications

Technical details

Specifications

capacity
2TB
heatsink
Aluminum
interface
PCIe Gen4x4 NVMe
read_speed
7400MB/s
form_factor
M.2
write_speed
6800MB/s
Price History

90-day history · All retailers

No price history recorded yet. Check back soon.
Listings

Retailer prices

Prices in CAD
Stock
VGVuugoLowest
$297
0.00%
In stock48d agoView
Catalog Provenance

Where this data comes from

Tracked retailers
1
Vuugo
First observation
March 23, 2026
within last 365 days
Last verified
48d ago
2026-03-23, 4:37:45 a.m.
Days of price data
1
distinct dates with at least one observation