QNAP TS-264 Review Australia 2026

The QNAP TS-264 is the most capable 2-bay NAS available in Australia at its price point - an Intel Celeron N5095 quad-core CPU, 8GB DDR4 RAM, dual 2.5GbE ports, and two M.2 NVMe slots make it a legitimate powerhouse for a home user who wants SSD cache, hardware transcoding, and room to grow, all without stepping up to a 4-bay chassis. At $819 from PLE or $917 from Mwave, it sits well above the budget 2-bay tier, and that price gap needs to be justified by what you actually plan to do with it.

QNAP TS-264 Specifications

Who Is the TS-264 For?

The TS-264 is built for the power home user who has outgrown what a budget 2-bay NAS can offer. If your primary use cases are running a Plex media server, hosting Docker containers, or accelerating a storage pool with NVMe cache, the TS-264's hardware gives you meaningful room to push into those workloads without hitting the ceiling of a weaker CPU.

It suits buyers who:

• Want hardware transcoding for Plex or Emby (4K H.265 without CPU impact)
• Plan to run two or three Docker containers alongside file sharing - Nextcloud, Home Assistant, a download client
• Have a 2.5GbE-capable switch or workstation and want to actually saturate that connection
• Prefer to stay in a 2-bay chassis for space reasons but don't want to compromise on CPU power
• Are already in the QNAP ecosystem with a TR-004 expansion unit or QSW switch

The TS-264 is not the right call if you're a first-time NAS buyer who just needs shared storage and Time Machine backups. The Synology DS225+ at $585-$599 is simpler to set up, easier to manage long-term, and does those core jobs cleanly at a lower cost. Paying an extra $230-$360 for hardware transcoding and M.2 slots that you'll never use is genuinely wasteful.

Performance: Intel Celeron N5105 and What It Means in Practice

The Intel Celeron N5105 is a Jasper Lake quad-core processor - a significant step up from the dual-core N4000 and N4505 chips found in less expensive QNAP models. The N5105 runs at 2.0GHz base with a 2.9GHz burst, and more importantly, it includes Intel's Quick Sync Video engine.

Quick Sync is why this CPU matters for a NAS. It enables hardware-accelerated transcoding for H.264 and H.265 content - the two video codecs that cover the vast majority of what sits on most people's media libraries. With Quick Sync active in Plex, a single 4K H.265 stream can be transcoded without the CPU peaking above 30-40% load, leaving plenty of headroom for other running services. Without Quick Sync, software-only transcoding of a single 4K H.265 stream would push an N5105 close to 100% CPU - workable for one stream, but problematic when other services are competing for the same resources.

The N5105 also supports AV1 hardware decode, which is increasingly relevant as YouTube, Netflix, and newer camera formats adopt AV1. This is a codec that trips up older QNAP models entirely.

8GB DDR4 RAM is the other headline number. For context: QTS itself uses around 1-1.5GB at idle with a modest app load. Running Plex Media Server consumes another 500MB-1GB depending on library size and active transcodes. A single Docker container (say, Nextcloud) typically sits at 200-400MB. With 8GB baseline, you have genuine multi-app headroom - something a 4GB NAS starts to lose once three or four services are active simultaneously.

The single SO-DIMM slot is the one genuine constraint. You can expand to 16GB, but 32GB is not possible without a different platform. For most home users, 8GB is sufficient. For anyone running more intensive workloads - multiple VMs, heavier Docker stacks, or ZFS if they were on QuTS Hero - 16GB would be the upgrade to consider.

Dual 2.5GbE and M.2 NVMe: The Differentiating Hardware

The dual 2.5GbE ports are the TS-264's most practical differentiator from cheaper 2-bay options. Most NAS devices at the sub-$600 price point ship with a single 1GbE port - theoretically capped at 125 MB/s real-world throughput, which in practice lands around 110-115 MB/s for large sequential file transfers. A single 2.5GbE port breaks that ceiling to roughly 280 MB/s. With two 2.5GbE ports bonded via link aggregation (LACP), peak throughput approaches 500 MB/s - though real-world gain depends on client-side network and whether your switch supports LACP.

More practically for most home users: the dual ports allow the TS-264 to connect to two separate devices or network segments simultaneously without a switch. One port to the main home network, one to a direct-connect workstation for high-speed backup or video editing. This avoids needing a 2.5GbE switch entirely if your use case is a two-device setup.

The two M.2 NVMe slots (PCIe Gen 3) serve a different purpose. In QTS, M.2 drives installed in these slots can be used in two ways:

• SSD Cache: Accelerate reads and writes to the HDD RAID pool using NVMe as a fast cache tier. Read cache is safe. Write cache speeds up burst writes but carries a small data-loss risk during unexpected power loss - always pair write cache with a UPS.
• Dedicated storage pool: Create a separate all-flash pool on the M.2 drives, independent of the HDD pool. Useful for hosting virtual machines, Docker volumes, or databases that need low latency and don't need the full capacity of the HDD bays.

QNAP's Qtier auto-tiering in QTS also works with M.2 storage - automatically migrating hot data to the NVMe tier and cold data to HDD. It's a genuine enterprise-class feature delivered in a consumer chassis at a consumer price.

The PCIe Gen 3 x2 expansion slot opens another upgrade path: a 10GbE card (such as QNAP's QXG-10G1T or third-party equivalents) slots directly in, giving you a 10GbE uplink if your network grows to that point.

QTS: What You're Getting Into

The TS-264 ships with QTS - QNAP's Linux-based operating system built on ext4. If you've used Synology DSM before, QTS will feel busier and more complex. That's not a knock on QTS - it's genuinely powerful and has a wide app ecosystem through the QNAP App Center - but it rewards users who take time to learn it rather than those expecting a plug-and-play experience.

QTS 5.x includes full Docker and Docker Compose support via Container Station, the Virtualization Station for running lightweight VMs, Plex Media Server from the App Center (with Quick Sync hardware transcoding enabled by default once activated), and QNAP's own multimedia apps including Video Station, Music Station, and Photo Station.

The TS-264 also supports QuTS Hero - QNAP's ZFS-based OS. Installing QuTS Hero instead of QTS gives you ZFS data integrity (end-to-end checksums, self-healing), inline deduplication, and copy-on-write snapshots. However, QuTS Hero requires a minimum of 8GB RAM (which the TS-264 provides), and QNAP recommends 16GB+ for workloads using deduplication. The TS-264's 8GB baseline makes QuTS Hero viable for data-integrity-focused deployments, but deduplication-heavy workloads would benefit from a RAM upgrade to 16GB first. Switching between QTS and QuTS Hero requires a full reinitialisation - back up everything before attempting the switch.

For NTKIT's recommended framework: choose QTS if you're running a home media and file server, and QuTS Hero only if data integrity, ZFS snapshots, or deduplication are specific requirements you understand and have planned for.

TS-264 vs Competing 2-Bay NAS Models

Prices last verified: 16 March 2026. Always check retailer before purchasing.

The comparison with the Synology DS225+ is where the TS-264's value proposition is sharpest. The DS225+ costs $230-$360 less in Australia, uses a newer Intel Celeron N100 chip (which also supports Quick Sync and runs at a higher burst clock), but ships with only 2GB DDR4 expandable to 6GB. It also has a single 1GbE port rather than dual 2.5GbE. For most file sharing and backup workloads, the DS225+ and DSM's simpler interface make it the more practical choice. For anyone who intends to run Docker containers heavily, needs link aggregation or 2.5GbE connectivity from day one, or wants 8GB RAM without paying extra to upgrade, the TS-264's out-of-the-box hardware spec is the meaningful differentiator.

The Synology DS725+ sits closer to the TS-264 on price but uses an AMD Ryzen R1600 dual-core - a different CPU architecture that does not include Intel Quick Sync. The DS725+ is expandable to 32GB RAM and has a PCIe expansion slot, making it a stronger option for virtualisation or memory-hungry workloads, but Plex hardware transcoding is less straightforward on AMD without Quick Sync. If your priority is Plex performance, the TS-264's Quick Sync advantage is real. If your priority is RAM headroom for VMs, the DS725+ is worth considering.

AU Pricing and Where to Buy

The TS-264-8G (the 8GB RAM variant - the model to buy) is available from multiple Australian retailers based on our March 2026 scraper data:

• PLE Computers: $819 - in stock
• Mwave: $917
• Scorptec: $949 - in stock

The $130 gap between PLE and Scorptec is notable. Australian NAS retailers typically operate on 3-5% margins, so this spread likely reflects sourcing differences or short-term promotional pricing at PLE rather than any quality or stock difference. Both PLE and Scorptec are reputable full-range specialists with genuine pre-sales capability - if you have questions about which M.2 drives or expansion cards are compatible, either store will give you a better answer than a general electronics retailer.

QNAP's distribution in Australia runs through BlueChip IT and Dicker Data. BlueChip in particular has been the anchor distributor during QNAP's period of ANZ leadership transition - they maintain solid stock levels across the QNAP range and have kept supply reliable even as the vendor has gone through internal changes. An in-stock listing from PLE or Scorptec sourced via BlueChip is reliable stock, not a dropship approximation.

Australian pricing for QNAP has increased significantly over the past few years - nearly 100% since 2020-2021 across the range. The TS-264 at $819-$949 reflects both QNAP's current pricing structure and Australia's position as a smaller market receiving lower stock allocation priority. US pricing for the TS-264 is typically around USD $449-$499 (roughly AUD $700-$780 at current exchange rates), meaning Australian buyers are paying a 10-20% premium for local stock and local warranty coverage. That premium is worth paying for the ACL protections and the supply chain reliability that comes with authorised Australian distribution.

Warranty and Australian Consumer Law

The TS-264 carries a standard 3-year warranty, which is the baseline for consumer-grade NAS products and aligns with the warranty periods on the NAS-class hard drives you'll likely install (Seagate IronWolf, WD Red - both 3-year warranty). Under Australian Consumer Law, Whether a dead NAS counts as a major or minor failure under ACL depends on the situation, not a fixed rule. It's a major failure if it can't be used for its normal purpose and can't easily be fixed within a reasonable time, in which case you choose a refund or replacement. Otherwise it's treated as minor, and the retailer can choose to repair or replace it first, though you can request a refund if they can't fix it within a reasonable time. The retailer chooses the remedy in that case; you cannot dictate refund vs replacement. A fault serious enough that you wouldn't have bought the unit knowing about it in advance can instead be classed as a major failure, which gives you the right to choose refund, repair, or replacement.

The practical advice: ask your retailer about their warranty process before you need it. Specifically ask whether an advanced replacement is available if the unit fails. Some specialist resellers will allow you to purchase a replacement at full price and refund you once the faulty unit is returned - an informal arrangement, but one that can save significant downtime. Ask at the time of purchase, not after the unit dies with your data inside it.

One reality specific to QNAP in 2026: the ANZ team has been rebuilt following significant leadership changes since late 2024. This doesn't mean warranty support is broken - BlueChip's distribution presence ensures the replacement supply chain remains intact - but if you encounter friction in a warranty process, this is useful context. For a NAS storing important data, buying from a specialist retailer (PLE, Scorptec) with strong distributor relationships gives you a better chance of a smooth claim than buying from a marketplace with an unclear post-sales chain.

For official information on your consumer rights, visit accc.gov.au. The information here is general guidance, not legal advice.

Use Cases: What the TS-264 Does Well (and Where to Look Elsewhere)

Plex media server with 4K transcoding: The TS-264's Intel Quick Sync handles 4K H.265 streams without taxing the CPU. If your Plex clients all support direct play, transcoding may rarely trigger - but when it does, Quick Sync handles it gracefully. This is the flagship use case for this hardware tier.

Home NAS with Docker stack: Running Nextcloud for file sync, Home Assistant for smart home control, and a handful of other Docker containers. This is where 8GB RAM makes a real difference over 2GB or 4GB alternatives. Container Station on QTS provides a clean Docker Compose interface, and the TS-264's headroom means you're not constantly managing memory pressure.

SSD-cached media archive: Pairing two NVMe M.2 drives as read/write cache on top of a 2-bay HDD RAID 1 pool gives a strong blend of capacity, redundancy, and performance. Large sequential reads hit the NVMe cache first; writes burst to NVMe and flush to HDD in the background. For a NAS used primarily as a media archive, this configuration works extremely well.

Small office file server with 2.5GbE: If your office workstations have 2.5GbE NICs - increasingly common in 2025-2026 era machines - the TS-264's dual 2.5GbE gives you a fast file server without a separate network infrastructure upgrade. Link aggregation to a 2.5GbE switch doubles throughput for multi-user environments.

Don't buy the TS-264 for: If your core need is reliable storage with Synology-style simplicity for a non-technical household, the extra cost and complexity of QTS is not justified. Basic cloud backup target, Time Machine server, and network file share do not need Quick Sync or dual 2.5GbE. The sub-$600 2-bay market covers those workloads with simpler software and lower cost.

Remote Access and NBN Considerations

Remote access to a home NAS in Australia has a persistent complication: CGNAT. Many NBN connections - particularly those on fixed wireless or certain HFC plans - sit behind Carrier-Grade NAT, which prevents direct inbound connections to the NAS. Port forwarding doesn't work through CGNAT because you don't have a public IP address to forward to.

QNAP's myQNAPcloud relay service works around this by routing traffic through QNAP's cloud servers - no open ports required. The trade-off is that relay throughput is limited (typically 10-15 Mbps) and latency is higher than a direct connection. For remote access to documents and photos this is functional; for 4K video streaming remotely it is not.

The better solution for reliable remote access on NBN is a VPN back to the home network. QNAP's VPN Station supports WireGuard, OpenVPN, and L2TP/IPSec. WireGuard on a myQNAPcloud-enabled domain gives you a fast, low-overhead VPN that works even through CGNAT by using QNAP's relay to establish the initial tunnel. NBN's typical upload speed of around 56 Mbps on an NBN 100 plan is enough for moderate remote file access and single-stream video at sensible bitrates.

If you're on a CGNAT-affected connection, configure WireGuard VPN on the TS-264 before relying on direct remote access. The N5105 CPU handles WireGuard encryption overhead without performance impact.

Security: What QNAP's History Means for TS-264 Buyers

QNAP has had well-publicised ransomware incidents in previous years - malware campaigns specifically targeting QNAP NAS devices exposed to the internet. These incidents prompted real improvements in QTS security defaults and drove adoption of QNAP's snapshot technology as a defence mechanism. In most cases, affected customers recovered their data; QNAP's helpdesk was eventually able to unlock data free of charge in many instances.

The lesson is not to avoid QNAP, but to avoid exposing any NAS directly to the internet without proper protection. The TS-264 running on a home network with no open inbound ports is not materially more vulnerable than a Synology in the same configuration. Keep UPnP disabled on your router, use QNAP's Security Counselor to check the NAS's security posture after initial setup, update firmware regularly, and use strong credentials. A NAS accessed only via VPN - as described above - eliminates the attack surface that caused those historical incidents.

Related reading: our NAS buyer's guide, our Synology vs QNAP comparison, and our AU retailer guide.

Use our free NAS Sizing Wizard to get a personalised NAS recommendation.