SSD comparison · Updated May 14, 2026

Crucial T705 2TB vs TeamGroup Z540 2TB

Compare Crucial T705 2TB and TeamGroup Z540 2TB: prices, speeds, $/TB. Which to buy in May 2026? Full spec breakdown.

Crucial T705 2TB Gen 5

Crucial · Phison E26
$399
$199.50/TB
View on Amazon →

TeamGroup Z540 2TB Gen 5

TeamGroup · Phison E26
$329
$164.50/TB
View on Amazon →
Generation
Gen 5
Gen 5
Price (USD)
$399
$329
Capacity
2 TB
2 TB
$/TB
$199.50
$164.50
Sequential read
14,500 MB/s
12,400 MB/s
Sequential write
12,700 MB/s
11,800 MB/s
Interface
PCIe 5.0 x4
PCIe 5.0 x4
Controller
Phison E26
Phison E26
DRAM cache
Yes
Yes
TBW endurance
1,200 TBW
1,400 TBW
Warranty
5 years
5 years
PS5 compatible
Yes
Yes

Verdict: Crucial T705 2TB vs TeamGroup Z540 2TB

Both the Crucial T705 2TB and TeamGroup Z540 2TB sit in the Gen 5 category at 2 TB, so the matchup turns on controller efficiency, cache topology, and current pricing rather than raw class differences.

There's a modest pricing advantage for the TeamGroup Z540 2TB: $164.50/TB compared with $199.50/TB. For typical gaming and productivity, this becomes the deciding factor when specs are close.

Real-world use cases

If this purchase is for a PS5 storage expansion, the comparison flattens — Sony's PCIe Gen 4 controller normalizes both Crucial T705 2TB and TeamGroup Z540 2TB to roughly equal in-game load times. The cheaper drive is the smart pick. For content creators routinely rendering 4K or 8K video, the Crucial T705 2TB's 12,700 MB/s sustained write is the deciding factor — multi-GB project files land noticeably faster than on the alternative. Note for handheld gamers: M.2 2280 is the desktop/laptop standard. Steam Deck and the ROG Ally line need 2230 drives — neither Crucial T705 2TB nor TeamGroup Z540 2TB fits without modification.

Pick the Crucial T705 2TB if...

Pick the Crucial T705 2TB if you value meaningfully faster reads (14,500 MB/s). Crucial typically delivers the best $/TB among DRAM-equipped NVMes because Micron sells direct rather than going through brand licensing.

Pick the TeamGroup Z540 2TB if...

Pick the TeamGroup Z540 2TB if you value the lower retail price ($329 vs $399), and better $/TB economics ($164.50/TB). The TeamGroup Z540 2TB captures the value tier well: same NAND class as flagships, paired with a DRAM-less controller that costs less and uses HMB for the address-mapping table.

Best value for money

TeamGroup Z540 2TB
$164.50/TB beats the alternative by 18%

Best for gaming

TeamGroup Z540 2TB
Strong $/MB-s ratio for game loads, and fits the PS5 expansion slot

Best for content creators

Crucial T705 2TB
Best write-heavy profile here: 12,700 MB/s sustained, 1,200 TBW

Best for PS5

TeamGroup Z540 2TB
PS5-compatible Gen 4 at $164.50/TB

Crucial T705 2TB vs TeamGroup Z540 2TB — common questions

What's the price difference between Crucial T705 2TB and TeamGroup Z540 2TB?

The TeamGroup Z540 2TB costs $329 (164.50 per TB), while the Crucial T705 2TB runs $399 (199.50 per TB). The gap is $70, equivalent to about 18% per TB. Prices change weekly; check current Amazon listings before deciding.

Does the Crucial T705 2TB's read advantage matter in practice?

Specs say yes (14,500 MB/s versus 12,400 MB/s). Real-world testing says rarely. Game load times and OS boots saturate well below either drive's peak read speed. The advantage shows up in sustained sequential reads — large file copies, raw video reads, dataset loads.

Is the Crucial T705 2TB or TeamGroup Z540 2TB better for PS5?

Both are PCIe Gen 4 NVMe M.2 2280 — both meet Sony's expansion requirements. The PS5's M.2 controller caps sustained speeds at ~5,500 MB/s, so both drives saturate it equally. Pick on price — the TeamGroup Z540 2TB at $164.50/TB is the better value. Add a heatsink (the PS5 cover provides minimal cooling) for thermal headroom.

Bottom line: Crucial T705 2TB or TeamGroup Z540 2TB?

Default recommendation: TeamGroup Z540 2TB. It hits the right balance of price ($164.50/TB), Gen 5 performance, and brand support for the average buyer. The Crucial T705 2TB has its place if you need higher sustained write speeds, but that's a narrower use case.