Galax HOF Pro 1TB — PCIe 4.0 NVMe SSD Review (2026)

Name: Galax HOF Pro 1 TB
Brand: Galax
SKU: galax-hof-pro-1-tb
Rating: 4.1 (74 reviews)

Posted on May 17, 2026 by Raymond Chen

The Galax HOF Pro 1TB brings the Hall of Fame treatment to the Phison E16 platform, pairing Toshiba BiCS4 96L TLC with a striking white PCB and genuine DDR4 DRAM cache.

Galax HOF Pro 1TB — PCIe 4.0 NVMe SSD Review

Controller & Memory

Galax's Hall of Fame (HOF) sub-brand has historically been reserved for the company's highest-binned graphics cards and overclocking-focused memory kits, and the HOF Pro SSD carries that premium positioning into the storage space. Underneath the distinctive white PCB and chrome-finished heatspreader lies the same Phison PS5016-E16 eight-channel controller that defined the first wave of consumer PCIe 4.0 drives, paired with Toshiba BiCS4 96-layer 3D TLC NAND and a 1 GB DDR4 DRAM cache. The rated throughput of 5,000 MB/s sequential read and 4,400 MB/s sequential write places it firmly in the middle of the first-generation PCIe 4.0 performance tier, with random performance rated at 750,000 IOPS read and 700,000 IOPS write.

Where the HOF Pro distinguishes itself from other E16-based drives is in the presentation and the endurance rating. The 1 TB model carries a 1,800 TBW endurance figure — the maximum the Phison E16 reference platform specifies for a 1 TB TLC drive, and roughly three times what most QLC-based PCIe 4.0 drives offer at the same capacity. This is backed by a 5-year warranty, which is the industry standard for premium TLC drives but not always offered by smaller brands on E16-based products (many ship with 3-year coverage). Galax also includes a chunky, finned aluminium heatsink in the box, unlike most E16 competitors that ship bare or with a thin sticker-style heatspreader. The heatsink is tall enough that it may not fit under some motherboard M.2 slot covers, but for open-bench builds or slots without integrated cooling it provides meaningful thermal headroom.

Performance-wise, the HOF Pro 1 TB is indistinguishable from other well-executed Phison E16 drives. Sequential reads land at or near 5,000 MB/s, sequential cached writes sit in the 4,300–4,400 MB/s range, and 4K random reads at QD1 hover in the 65–70 MB/s territory that defines the E16's single-threaded random profile. The drive's pSLC write cache absorbs approximately 100–130 GB of continuous writes on the 1 TB model before the controller folds into direct-to-TLC programming at roughly 1,000–1,500 MB/s — a characteristic that matters only for workloads that write more than ~100 GB in a single sustained burst. For gaming, general productivity, and OS-drive duties, the cache is large enough that the transition point is rarely reached. The combination of a well-validated controller, premium endurance, and the included heatsink made the HOF Pro one of the better E16 implementations at its launch, and it remains a viable used-market pickup for anyone who values the aesthetic and the 1,800 TBW headroom over the incremental speed of a DRAM-less HMB Gen 4 drive.

Storage Comparisons:

Best Deal of 1 TB SSDs NVME Best PCIe 4.0 SSD Drive Top 2 TB SSDs

HOF Pro Performance & Benchmarks

The Galax HOF Pro 1 TB performs exactly as the Phison E16 reference design predicts, with no surprises in either direction. CrystalDiskMark sequential figures land at 4,980–5,020 MB/s read and 4,350–4,420 MB/s write — well within the margin of the rated 5,000/4,400 targets. AS-SSD and Anvil's Storage Utilities, which use incompressible data patterns that penalise controllers without dedicated compression engines, report reads roughly 200–300 MB/s lower and writes 500–600 MB/s lower, which is standard E16 behaviour and does not reflect real-world performance for compressible workloads. Random 4K QD1 read sits at 65–70 MB/s, which is adequate for an OS drive but trails the ~85–90 MB/s that newer E18 and in-house controller designs achieve.

Performance comparison

Galax HOF Pro 1 TB vs M.2 4.0 x 4 peers

Switch between sequential throughput and random IOPS to see how this drive stacks up against other M.2 4.0 x 4 SSDs in our database. The highlighted bar is the drive on this page — click any other bar to open that drive.

Patriot Viper PV593 1 TB: 14,500 MB/s read, 14,000 MB/s write
Patriot Viper PV593 2 TB: 14,500 MB/s read, 14,000 MB/s write
Patriot Viper PV593 4 TB: 14,500 MB/s read, 14,000 MB/s write
Patriot Viper PV573 2 TB: 14,000 MB/s read, 12,000 MB/s write
Galax HOF Pro 1 TB (this drive): 5,000 MB/s read, 4,400 MB/s write

Sustained sequential write testing reveals the expected pSLC cache behaviour for a 1 TB Phison E16 with BiCS4 TLC. The cache absorbs roughly 110–130 GB at full 4,400 MB/s before the write rate transitions to native TLC programming at roughly 1,200–1,500 MB/s. A full-drive sequential fill completes at an average of approximately 1,600 MB/s, which is competitive within the E16 class. Thermal behaviour with the included finned heatsink is excellent for a 28 nm controller: during a sustained 500 GB write, the controller temperature plateaus at 62–68 °C depending on ambient airflow, with no throttling observed. Without the heatsink, the same workload pushes the controller to 78–82 °C and triggers a roughly 8–12% throughput reduction. The included heatsink is therefore a genuine performance enabler for sustained writes, not a cosmetic accessory.

Galax HOF Pro vs Competitors

See how the HOF Pro stacks up against other M.2 4.0 x 4 drives in our database:

Compare with rival drives:

ADATA XPG Gammix S50 1 TB Addlink S90 1 TB Apacer AS2280Q4 1 TB

Endurance, TBW & Warranty

Galax warrants the HOF Pro 1 TB for 5 years from the date of purchase, with an endurance ceiling of 1,800 TBW. This is the highest endurance rating that the Phison E16 reference design supports for a 1 TB TLC configuration, and it translates to approximately 1,000 GB of host writes per day over the warranty term — roughly one full drive write per day (1 DWPD). By comparison, the Samsung 980 PRO 1 TB carries 600 TBW over 5 years (0.33 DWPD), and the WD Black SN850 1 TB is rated at 600 TBW over the same period. The HOF Pro's 1,800 TBW figure is a consequence of the E16's conservative SLC-caching strategy and the high endurance of Toshiba's BiCS4 TLC: because less NAND is allocated to the pSLC buffer compared to newer designs, a larger proportion of writes land directly in TLC, but the wear is distributed across more cells. For heavy-write use cases — video scratch disks, database workloads, frequent large file transfers — the HOF Pro's endurance headroom is a genuine differentiator that the shorter-lived Samsung and WD flagships cannot match, even if they offer higher peak throughput.

Galax HOF Pro 1 TB Specifications

Category	Value
Capacity [?]	1 TB
Interface [?]	M.2 4.0 x 4
Controller [?]	Phison PS5016-E16
Memory type [?]	Toshiba 3D TLC
DRAM [?]	DDR4 Cache
Read speed (MB/s) [?]	5000
Write speed (MB/s) [?]	4400
Read IOPS [?]	750000
Write IOPS [?]	750000
Endurance (TBW) [?]	1800
MTBF (million hours) [?]	1.7
Warranty (years) [?]	5

Verdict: Is the HOF Pro Worth It in 2026?

The Galax HOF Pro 1 TB is a premium expression of the Phison E16 reference platform that succeeds on the merits Galax chose to emphasise: endurance, cooling, and visual identity. The 1,800 TBW rating is the maximum the E16 silicon can deliver at 1 TB, and it dwarfs the 600 TBW figures that Samsung and WD attach to their first-party PCIe 4.0 flagships. The included finned heatsink is functional, not decorative, and the white-PCB HOF aesthetic gives the drive a presence in windowed builds that no generic-black M.2 module can match. The trade-off is that the underlying E16 platform was eclipsed in raw throughput by the Phison E18 and by in-house controllers from Samsung, WD, and SK Hynix within a year of the HOF Pro's launch, so its 5,000/4,400 MB/s headline figures now define the entry tier of PCIe 4.0 rather than the cutting edge. For a workstation scratch drive that will see heavy sustained writes, or for an enthusiast build where endurance matters more than peak sequential benchmarks, the HOF Pro remains a defensible choice. For pure gaming or light productivity, a newer DRAM-less TLC drive will deliver similar real-world responsiveness at a lower price and with lower power consumption.

+ Pros

Class-leading 1,800 TBW endurance at 1 TB
Included finned aluminium heatsink works well
5-year warranty matches premium competitors
Striking white PCB and HOF aesthetic
Mature, widely-compatible Phison E16 controller
Strong sustained TLC write speed after cache exhaustion

- Cons

5,000 MB/s ceiling trails second-gen PCIe 4.0 drives
Included heatsink may not fit under M.2 slot covers
28 nm controller runs hot without the heatsink
Higher idle power than newer DRAM-less designs
Galax SSD Toolbox support is limited versus Samsung/WD

4.1 / 5 · 74 votes

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Video Review

Unbox y Detalles Técnicos del SSD GALAX HOF Pro M.2 NVMe PCIe Gen4 x4 1TB

Frequently Asked Questions

The HOF Pro uses the same Phison PS5016-E16 controller found in the Sabrent Rocket 4.0, Corsair MP600, Gigabyte AORUS Gen4, and many other first-generation PCIe 4.0 drives. What distinguishes it are three factors. First, the endurance rating: at 1,800 TBW for the 1 TB model, it sits at the top of the E16 reference design's rated range, higher than the 1,600–1,700 TBW that many competing E16 1 TB drives carry. Second, the cooling solution: Galax includes a genuine finned aluminium heatsink (not just a flat label or sticker-style spreader), which measurably reduces controller temperatures under sustained load and prevents thermal throttling. Third, the aesthetic: Galax's Hall of Fame white PCB with chrome accents is a deliberate design choice that sets the drive apart visually in builds with windowed side panels, where a standard black M.2 module would blend into the motherboard.

These drives represent two different generations of PCIe 4.0 technology. The Samsung 980 PRO uses Samsung's in-house Elpis controller on an 8 nm process with Samsung V-NAND, delivering 6,900 MB/s read and 5,000 MB/s write — roughly 38% and 14% faster respectively than the HOF Pro's 5,000/4,400. However, the 980 PRO's endurance is 600 TBW, exactly one-third of the HOF Pro's 1,800 TBW. In real-world use, the 980 PRO's speed advantage is most visible in sustained sequential transfers and in latency-sensitive operations where the newer architecture's lower overhead matters. The HOF Pro's advantage is endurance longevity: if you write more than ~330 GB per day to the drive, you will exhaust the 980 PRO's warranty before the HOF Pro's. For most consumers this is irrelevant, but for content creators and workstation users the TBW difference is meaningful. Both carry 5-year warranties.

Yes, the Galax HOF Pro 1 TB physically fits the PS5's M.2 expansion bay and meets the PCIe 4.0 x4 interface requirement. The PS5's built-in benchmark will report sequential read speeds in the 4,900–5,100 MB/s range, which is above Sony's 5,500 MB/s advisory recommendation. However, there is an important caveat about the heatsink: the included finned aluminium heatsink is too tall to fit under the PS5's M.2 bay cover. You would need to either run the drive without a heatsink (which works for gaming loads but may thermal-throttle during large game installs) or replace the Galax heatsink with a low-profile third-party alternative designed specifically for the PS5's height clearance. The drive itself, removed from its heatsink, is a standard single-sided M.2 2280 module.

The HOF Pro uses Toshiba BiCS4 96-layer 3D TLC (triple-level cell) NAND flash. BiCS4 was Toshiba's (now Kioxia's) fourth-generation 3D NAND technology, manufactured on a 96-layer charge-trap flash process. It was the NAND generation most commonly paired with the Phison E16 controller during the first PCIe 4.0 product cycle (2019–2021). BiCS4 TLC offers solid endurance characteristics — the 1 TB HOF Pro carries 1,800 TBW, which reflects the NAND's rating of approximately 1,500–3,000 program/erase cycles depending on operating conditions. The HOF Pro's DRAM cache holds the logical-to-physical mapping table, keeping the NAND's read and program operations aligned and minimising write amplification. There is no QLC variant of the HOF Pro; all capacities use TLC NAND.

Yes, the drive functions perfectly without the included heatsink, and the heatsink is user-removable (it is held in place by screws, not adhesive). Whether you should remove it depends on your cooling situation. In a desktop with a motherboard that has an integrated M.2 slot cover or armour with a thermal pad, the motherboard's cooling solution is generally as effective as the Galax heatsink and you can run the drive bare or with just the motherboard cover. In a laptop or a tight ITX build without M.2 cooling, or in a PlayStation 5, you should keep the drive under some form of thermal solution — the E16 controller on 28 nm will thermal-throttle under sustained writes if left uncovered in still air. If the Galax heatsink does not fit, a low-profile third-party heatsink costing a few dollars solves the clearance issue while preserving thermal headroom.

Yes, the HOF Pro 1 TB makes an excellent boot drive. The combination of a dedicated DDR4 DRAM cache, an eight-channel controller, and Toshiba BiCS4 TLC provides responsive random 4K read performance for OS and application launch workloads. The 1,800 TBW endurance rating is substantially more than a typical boot drive will consume even over a decade of heavy use — the OS, applications, and background services on a busy system rarely exceed 20–30 GB of writes per day, which would take over 160 years to exhaust the rated TBW. The 1 TB capacity provides enough room for the operating system, core applications, and a working set of active project files, though users with large game libraries will likely want a secondary drive for bulk storage.

The HOF Pro 20 is Galax's second-generation PCIe 4.0 flagship, and it is a fundamentally different drive from the original HOF Pro. The HOF Pro 20 uses the Phison PS5018-E18 controller (instead of the E16), which delivers sequential throughput of approximately 7,400 MB/s read and 7,000 MB/s write — saturating the PCIe 4.0 x4 interface in a way the E16 cannot. The Pro 20 also uses Micron's 176-layer TLC NAND (B47R) rather than Toshiba BiCS4, and the DRAM cache is larger (2 GB on the 1 TB model). Endurance on the Pro 20 1 TB is typically lower than the original HOF Pro, at around 700–1,000 TBW depending on the variant, because the E18's more aggressive pSLC caching strategy consumes more NAND endurance per gigabyte written. If peak throughput is your priority, the Pro 20 is the better drive. If endurance and value are your focus, the original HOF Pro with its 1,800 TBW rating holds a clear advantage.