Goodram PX700 2TB Review: Power-Efficient, Cool-Running PCIe 4.0 SSD
Goodram PX700 2TB is a power-efficient PCIe 4.0 SSD with MAP1602, offering premium-like speed and cool operation, but writes and pricing lag.
According to reporting by Shane Downing of Tom’s Hardware, test results for Goodram’s M.2 SSD “PX700” 2TB model were published on September 9, 2026. The outlet positions the product as a drive that combines solid all-around performance with high power efficiency in cool-running operation.
The Goodram PX700 matches good all-around performance with high power-efficiency in a cool-running package. It performs mostly like a premium drive, although pricing remains a concern.
While it behaves close to higher-end models, sustained write performance and pricing remain issues, according to the review. Although it belongs to the budget segment of the PCIe 4.0 generation, it drew attention for exceeding expectations in areas that affect everyday feel.
Presence of a European Memory Assembler
Goodram is a memory assembly company operating within the European Union. While its name may suggest a newly arrived budget brand, it is in fact a company with an established history. It is seen as distinct from the no-name brands that have proliferated on AliExpress and Amazon in recent years, with expectations placed on its reliability and support system.
The outlet cites as evidence that its TBW (total bytes written) ratings are not at the level of extreme low-cost products. Endurance ratings of 600TBW for the 1TB model, 1200TBW for the 2TB model, and 2400TBW for the 4TB model point to a design intended for long-term use. Its system of managing component procurement and assembly in-house is seen as helping to limit quality variation.
Assembly within Europe also offers advantages in terms of supply chain and regulatory compliance. Transparency in distribution and prompt warranty support are factors valued in corporate and embedded use. Against this background, the PX700 is positioned as a product that could be chosen for value beyond price.
Key Specifications and Single-Sided Design of
the PX700
The PX700 uses a single-sided M.2 2280 layout. It features a PCIe 4.0 x4 interface and complies with the NVMe 2.0 protocol. It is equipped with a Maxio MAP1602 controller, has no DRAM and uses HMB (Host Memory Buffer) technology. The NAND flash is 232-layer 3D NAND.
Rated sequential performance is 7,400MB/s read and 6,500MB/s write. Random performance is 1,000K IOPS read across all capacities, and 820K IOPS write for the 1TB and 2TB models and 1,000K IOPS for the 4TB model. The form factor is single-sided M.2 2280 across all capacities, designed to fit in slim chassis.
Single-sided implementation improves compatibility with devices where clearance on the back of the board is limited, such as laptops, small-form-factor PCs, and handheld gaming consoles. Concentrating heat sources on one side makes thermal design easier to plan. Support for NVMe 2.0 contributes to stability in real-world use through more efficient power management and administrative commands.
The HMB approach reduces component count compared with DRAM-equipped models while using a portion of host memory to hold mapping tables. The MAP1602 features control optimized for HMB, and combined with 232-layer NAND, aims for higher density and lower latency. This configuration aligns with the recent mainstream trend of targeting responsiveness approaching higher-tier drives while remaining in the budget segment.
Premium-Class Performance Shown in Benchmarks
In Tom’s Hardware testing, the PX700 delivered overall performance exceeding expectations for its segment. Although many competitors use identical or equivalent hardware, the difference was small but consistent, according to the outlet. It avoided delays when performance was demanded, delivering a near-premium experience in everyday reads and writes and application launches.
The outlet notes that it “delivered when performance mattered.” Strong behavior not only in benchmark sequential figures but also in random access and mixed workloads likely contributed to a smooth feel. The restraint of slowdowns in certain operations common to budget products supports adoption across a wide range of uses.
This result suggests that tuning of the controller and firmware has paid off. While the combination of MAP1602 and 232-layer NAND is also used in other manufacturers’ products, the PX700 sets a higher balance point between power and performance. For users who want to cover diverse uses with a single drive, it could be one option.
Notably, as pointed out in New Google Home Speaker Falls Short of 6-Year-Old Nest Audio in Sound Quality, cases where perceived quality is reversed between generations of peripheral devices are not uncommon. In storage as well, differences in generation and implementation directly affect feel, so consistency in measured results — not just rated values — is emphasized.
Benefits of High Power Efficiency and Cool
Operation
Another hallmark of the PX700 is its high power efficiency and cool operation. Tom’s Hardware finds that it excels in efficiency rather than requiring increased power in exchange for performance. With heat suppressed, throttling occurs less frequently, preserving sustained responsiveness.
Cool operation is especially effective in devices with little thermal headroom. Stable operation can be expected in thin laptops and small desktops, as well as in test terminals intended for developer environments such as GNOME OS Test Center, Inspired by Apple TestFlight. Combined with single-sided implementation, ease of operation without a heatsink lowers the barrier to adoption.
High power efficiency also affects battery life in portable devices. In battery-powered environments, storage power consumption can determine overall efficiency. By limiting peak power under heavy load while keeping idle consumption low, the PX700 also helps suppress heat and noise.
As shown in Google Photos UI Refresh and Gemini Video Editing Features, on-device media processing is on the rise. In workflows with frequent photo and video reads and writes, cool and efficient storage shortens processing wait times, directly improving overall device comfort.
Sustained Write Performance and Pricing Challenges
On the other hand, sustained write performance was cited as a weakness. During continuous writes of large data, a slowdown was observed after cache exhaustion. However, the outlet adds that this characteristic is of low importance for most uses. Its impact is limited in read-oriented scenarios such as everyday use, gaming, and OS boot.
The other challenge is pricing. Tom’s Hardware says it would be a strong choice for any system at the right price, while expressing concern about current pricing. The published specification table lists $348.00 for 1TB and $613.00 for 2TB, though street prices vary with distribution and exchange rates. For a product billed as budget-friendly, its appeal weakens as the price gap with higher-end models narrows.
Weak sustained writes are also a typical tendency stemming from HMB design and SLC cache design. For uses involving prolonged continuous writes, such as video editing and large backups, higher-end models with DRAM or large caches may have an advantage. Selection should be made with the intended use clearly defined.
On price, key considerations are how to value European assembly as added value and power efficiency and cool operation as practical benefits. When viewed in terms of total cost of ownership, including warranty and support, the initial price difference may be offset. Market price trends and supply stability will be factors determining future adoption.
Editorial Opinion
In the short term, high-efficiency PCIe 4.0 SSDs like the PX700 are seen emerging as strong options for thin PCs and small chassis. Over the next 3–6 months, system builders may increase procurement prioritizing single-sided implementation and cool operation for product lines with strict heat and power constraints. If pricing normalizes, adoption through mass retailers and online channels could broaden, raising baseline performance in the budget segment.
In the long term, even as the shift to PCIe 5.0 progresses, high-efficiency PCIe 4.0 models are expected to retain a role. Over a 1–3 year horizon, demand for extending the life of existing systems and reducing power consumption will continue, and maturation of 232-layer NAND and HMB control could improve the balance of cost and reliability. Assembly within Europe is seen as supporting adoption by businesses and educational institutions through supply-chain diversification and faster repair response.
The remaining question is how to position weak sustained writes. Whether uses premised on continuous writing and general read-oriented uses should be judged by the same measure remains open. To what extent pricing should influence performance evaluation, a framework for comprehensive assessment including street prices and warranty terms is called for.
References
- “ Goodram PX700 2TB SSD Review — High-end punch on a budget core “, by Shane Downing — Tom’s Hardware, 2026-09-09T12:34:37.000Z (ARR)
- Source URL: https://www.tomshardware.com/pc-components/ssds/goodram-px700-2tb-ssd-review
Frequently Asked Questions
- What are the key specifications of the Goodram PX700?
- It uses a single-sided M.2 2280 layout supporting PCIe 4.0 x4 and NVMe 2.0. It features a Maxio MAP1602 controller, HMB instead of DRAM, and 232-layer NAND. Rated performance is 7400MB/s sequential read, 6500MB/s sequential write, and 1000K IOPS random read. Endurance for the 2TB model is rated at 1200TBW.
- What uses is it suited for?
- It delivers near-premium responsiveness in read-oriented uses such as everyday use, gaming, and OS boot. With high power efficiency and cool operation, it offers major advantages in thin laptops and small chassis and in operation without a heatsink. For uses centered on large continuous writes, the drop in sustained write speed should be noted.
- What should buyers watch out for?
- Sustained write performance was noted as a weakness, with slowdowns possible during prolonged continuous writes. Pricing was also cited as an issue, and cost-effectiveness diminishes if street prices approach those of higher-end models. Comparison in terms of total cost of ownership, including intended use and warranty terms, is recommended.
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