Asia-pacific Data Center SSD Market Size & Share Analysis - Growth Trends & Forecasts (2025 - 2031)

Asia-Pacific Data Center SSD Market Trends and Insights

AI and HPC Workloads Accelerating NVMe Adoption in Tier-1 Chinese Cloud Data Centers

Chinese hyperscale operators restructure storage layers so AI training clusters receive low-latency flash while data lakes migrate to large-capacity SSD pools. Alibaba Cloud transferred 500 PB from Xiaohongshu in a single migration that relied on NVMe arrays to cut cut-over windows. Memblaze’s PBlaze7 7940 delivers 14 GB/s sequential reads, a level that aligns with GPU throughput requirements. Tibet’s Yajiang-1 site runs 2,000 petaflops on locally sourced renewable power, reflecting how regional energy strategies amplify SSD demand. China’s AI data centers drew 140 billion kWh in 2024 and may triple consumption by 2030, forcing a pivot to flash for efficiency gains.^{[1]Memblaze’s PBlaze7 7940 delivers 14 GB/s sequential reads, a level that aligns with GPU throughput requirements.}

Carbon-Neutral Mandates Favoring Energy-Efficient SSD Infrastructure

Energy codes tighten across Asia-Pacific. China targets PUE below 1.5 by 2025 and renewable energy growth of 10% a year. Micron’s 6550 ION cuts power draw by up to 50% versus peers, saving operators thousands of kilowatt-hours per rack. Equinix and CLP Power trimmed annual energy use 30% at their Sha Tin campus after a storage refresh oriented around high-density flash. National net-zero deadlines set for 2050 lock flash into future procurement plans because mechanical disks cannot hit forthcoming efficiency ratios.^{[2]Micron’s 6550 ION cuts power draw by up to 50% versus peers, saving operators thousands of kilowatt-hours per rack.}

Cloud-Vendor Migration from Hybrid to All-Flash Architectures

Lower NAND pricing and higher workload concurrency drive a wholesale move away from tiered HDD+SSD designs. Pure Storage integrates Micron’s G9 QLC to enable fleets that run cooler while offering latency under 250 µs. Solidigm’s 122 TB SSD lifts per-rack capacity 67% and slashes cooling costs, tipping the total cost equation in favor of all-flash. Japanese enterprises lead the switch, with 2024 shipments up 8.9% after a two-year lull.^{[3]Pure Storage integrates Micron’s G9 QLC to enable fleets that run cooler while offering latency under 250 µs.} All-flash baselines pave the way for software-defined storage that elastically reallocates resources across distributed clouds.

Subsidized Domestic NAND Supply Driving Price-Parity vs. HDD

State support compresses flash pricing. YMTC taped out 160-layer TLC at competitive yields, narrowing cost gaps with global rivals. Samsung and SK Hynix cut wafer starts by 50% in late 2023 then cautiously restored output in 2025 as inventory cleared, nudging contract prices up 10-15%. During Singles’ Day 2024, YMTC’s TiPlus 7100 outsold Samsung on JD.com, signaling market acceptance for domestic enterprise drives. As parity emerges, hyperscalers in China and India accelerate SSD roll-outs for archival and object storage tiers.

Aggressive Price-Erosion Compressing Vendor Margins

NAND contract rates rose early 2025 after producer cutbacks, yet a long-run glide path toward commoditization squeezes gross margins. QLC yields still trail TLC by 40 percentage points, lifting per-gigabit costs at precisely the node count where demand surges. Chinese vendors price below cost in strategic accounts to win share, forcing global peers to trim road-map spend. Samsung postponed V10 mass-production to recalibrate capex toward yield optimization rather than layer-count races.

Slow Yield Ramp of ≥200-Layer 3D-NAND Delaying Ultra-High-Capacity SSDs

Physical limits emerge as stacks exceed 200 layers. Each additional deck lifts processing time and defect risks. Samsung targets 400-layer V-NAND later this decade, but processing complexity could defer commercial volumes beyond the current forecast window. Kioxia’s 1,000-layer concept for 2031 underscores how deep RandD is now a prerequisite for future capacity jumps. Consequently, suppliers lean on controller-level compression and system-level tiering rather than raw layer counts to meet capacity road maps.

Segment Analysis

By Form Factor: EDSFF accelerates density economics

EDSFF drives now account for a rising portion of the Asia-Pacific data center SSD market, while 2.5-inch U.2 units still hold 51.2% share in 2024. The new form factor supports up to 1 PB per 1U shelf, allowing data halls to raise storage per rack without proportionally raising power draw. Hyperscale buyers favor E3.S because its 25 W power envelope suits AI servers with constrained airflow. Meta, Microsoft, and Alibaba have standardized on E1.S for next-generation deployments. Over the forecast, EDSFF’s 21.21% CAGR will shift fleets away from legacy trays as retrofit cycles align with GPU refreshes.

EDSFF adoption re-designs serviceability. Tool-less sleds shorten swap times, and front-of-rack layouts let operators address failures without disturbing neighboring servers. The Asia-Pacific data center SSD market thereby realizes maintenance cost savings that compound over thousands of enclosures. Suppliers that pair EDSFF with QLC achieve unmatched density, giving colocation providers differentiation on cost per terabyte housed.

Note: Segment shares of all individual segments available upon report purchase

By Interface: PCIe Gen5 adoption quickens

PCIe Gen4 still holds 75.3% share in 2024, yet Gen5 grows 22.50% per year as GPU clusters migrate to 800 Gbps fabrics. Gen5 doubles lane speed to 32 GT/s, letting a single drive sustain 35 GB/s reads. Chinese vendors already launched 14.9 GB/s prototypes, aligning with U.S. peers. SATA and SAS persist in cold-storage pools but lose relevance for AI. NVMe-over-Fabrics then disaggregates flash across racks, raising utilization while cutting stranded capacity.

Speed is only part of the value. Gen5’s stronger signal integrity allows longer back-plane traces, simplifying board design and lowering bill of materials. For hyperscalers, the Asia-Pacific data center SSD market therefore sees interface upgrades during routine server refreshes, rather than waiting for full facility revamps.

By NAND Technology: QLC finds enterprise footing

TLC technology delivers the balance of endurance and cost, retaining 78.1% share in 2024. Yet QLC expands at 21.00% CAGR as read-heavy AI data lakes balloon. Alibaba Cloud pairs hot-tier TLC with cold-tier QLC inside a CSAL architecture that maintains throughput while clipping storage outlays. The Asia-Pacific data center SSD market size for QLC drives supporting ≥30 TB units is projected to multiply fourfold by 2030, driven by object storage and backup-as-a-service uses.

Endurance concerns ease through smarter controllers that write in SLC mode under burst loads then lazily convert to QLC. YMTC claims new QLC design-wins in domestic compute clouds. TLC remains essential for transactional databases and latency-sensitive financial workloads but cedes bulk capacity roles.

By Drive Architecture: Mixed-use gains share

Read-intensive SKUs held 60% share in 2024 and still dominate CDN caches. Mixed-use drives now grow fastest at 21.20% CAGR because AI clusters alternate between heavy write epochs during model checkpoints and intensive read epochs for inference. A 3 DWPD rating hits that midpoint. The Asia-Pacific data center SSD market thereby sees procurement policies shift toward flexible endurance bands. Write-intensive, 10 DWPD devices remain niche inside logging or high-frequency trading stacks where sustained write performance justifies premium pricing.

By Capacity Range: Ultra-high capacities drive TCO optimization

Drives in the 2-4 TB range hold 43.2% market share; capacities ≥4 TB rise 22.81% annually as rack real estate becomes scarce. Micron’s 61.44 TB E3.S and Solidigm’s 122 TB U.2 lead density metrics. Colocation operators can cut cabinet counts and defer land purchases. The Asia-Pacific data center SSD market size for ≥4 TB devices is projected to eclipse sub-2 TB shipments by 2028. Edge installations and ruggedized servers still favor 1 TB class due to thermal limits and cost targets.

Note: Segment shares of all individual segments available upon report purchase

By End-User: Hyperscale share widens

Hyperscale clouds already control 72% of demand and will lift spend at a 22.61% CAGR through 2030. AWS, Alibaba, and Microsoft allocate multi-billion-dollar capex to regional availability zones, incorporating flash as default boot and data volumes. Carrier-neutral colocation sites partner with these clouds, supplying powered shells that host flash-rich AI pods. Enterprise data centers trail as many workloads migrate to public cloud, though financial-services firms keep on-premise arrays for governance reasons. The Asia-Pacific data center SSD market will thus remain oriented toward hyperscale scale-out purchase patterns.

Geography Analysis

China is the largest single buyer, underpinned by the “East Data, West Compute” backbone that links renewable power regions to coastal demand centers. Domestic clouds invested in 449 hyperscale facilities that consumed one-quarter of global data-center electricity in 2024, driving outsized flash uptake. India is the fastest-growing destination, with up to 850 MW new capacity slated by 2026 as AWS deploys USD 12.7 billion and local conglomerates chase 1 GW targets. Japan’s market shows 10% CAGR to reach USD 38.7 billion by 2028, bolstered by sub-1.1 PUE designs and stringent resiliency codes. South Korea merges supply-side semiconductor strength with domestic cloud infrastructure roll-outs, creating a self-reinforcing ecosystem for advanced SSDs. Singapore, Hong Kong, and Thailand form a secondary cluster where green-power certificates and land-scarce zoning accelerate demand for high-density flash. Across these sub-regions, policymakers align tax holidays and power-tariff discounts with net-zero goals, ensuring ongoing preference for SSDs over HDDs.

The Asia-Pacific data center SSD market benefits from intraregional supply-chain integration. Taiwanese controller firms, Japanese substrate vendors, and Korean NAND fabs supply Chinese and Indian system integrators. Trade restrictions on advanced controllers steer Chinese buyers toward localized alternatives, deepening domestic ecosystem maturity but also encouraging dual-sourcing from Southeast Asia. Cross-border interconnect projects create latency-sensitive corridors where all-flash arrays deliver competitive advantage for content delivery and gaming platforms. Maturity dispersion remains pronounced; while Tokyo and Shanghai field Tier 4 readiness, emerging metros like Ho Chi Minh City and Hyderabad focus on Tier 3 builds that balance cost and uptime.