QNAP TS-269L is my first Intel Atom D2701 NAS. It is much more expansive than my Marvell-based NAS. But how about the performance? Does it provide better results compared to them? Let’s take a look at it.
Processor and RAM Difference
While QNAP TS-112 is based on Marvell 88F6282 SoC at 1.2GHz, QNAP TS-119PII and QNAP TS-212P are based on Marvell 88F6281 at 1.6GHz and 2.0GHz respectively, QNAP TS-269L has an Intel Atom D2701 running slightly higher at 2.13GHz.
It also has dual core with four threads and 4 times the cache (1MB vs 256KB). Each instruction set is 64-bit compared to 32-bit on Marvell 88F6282 SoC and Marvell 88F6281. In other words, it should be able to run 64-bit operating system even the current QTS is still 32-bit.
RAM is expandable to 3GB. There is an empty RAM slot. With more RAM available, you may see improvements on disk sensitive operation and may run more applications at the same time.
Test Method
I connect NAS to computer directly, use the same test sample in File Transmission with Different Sharing Solution on NAS, and use Linux command mount for better performance.
Two protocols are used in this test: Samba and NFS. You may learn more about how to setup the test with NFS and Samba to do your own test.
QNAP TS-269L is configured with two Seagate SV35 7200rpm 2TB as RAID 1.
According to my MTU test, I keep it to use default 1500.
I also add test result from following as reference:
- File Transmission with Different Sharing Solution on NAS
- QNAP TS-112 with OCZ SSD Performance Report
- Performance Comparison on Backup Linux Files to QNAP TS-212P
- QNAP TS-119PII File Transfer Performance Report
- QNAP TS-119PII with OCZ SSD Performance Report
- QNAP TS-119PII with Seagate Laptop SSHD and Kingston V+100 SSD File Transfer Performance Report
Performance
Analyze
QNAP TS-269L is faster on reading with Samba but writing with NFS. For overall performance, it is easy to see QNAP TS-269L is the clear winner, especially on writing.
Compared to single-drive NAS, it seems Intel Atom D2701 is capable of software RAID 1 while QNAP TS-212P becomes slower than TS-119PII on writing with either protocols.
More Thoughts
If you need a NAS with faster file transfer, the Intel Atom D2701 based models seem a better investment than Marvell ARMv5. Intel Atom CE5300 series SoC is still unknown to me.
You may also use BFNP Framework to Optimize your NAS File Transfer Performance.
Reference
- QNAP TS-269L
- Intel Atom Processor D2700
- Marvell
- QNAP TS-119PII
- QNAP TS-212P
- QNAP: TS-112
- Marvell: Marvell 88F6282 SoC
- Marvell: Marvell 88F6281 SoC with Sheeva Technology
- Wiki: Instruction set
- Wiki: Operating system
- QNAP: QTS
- QNAP: Upgrade RAM Memory for QNAP NAS
- Connect NAS to your Computer Directly
- File Transmission with Different Sharing Solution on NAS
- Using Microsoft Networking via Samba with QNAP TS-112 and LevelOne GNS-1001
- Wiki: Samba (software)
- Wiki: Network File System
- Using Network File System (NFS) Service with QNAP TS-112
- Seagate Surveillance HDD
- Wiki: Standard RAID levels: RAID 1
- Maximum MTU doesn’t mean Best Performance
- QNAP TS-112 with OCZ SSD Performance Report
- Performance Comparison on Backup Linux Files to QNAP TS-212P
- QNAP TS-119PII File Transfer Performance Report
- QNAP TS-119PII with OCZ SSD Performance Report
- QNAP TS-119PII with Seagate Laptop SSHD and Kingston V+100 SSD File Transfer Performance Report
- Wiki: ARM architecture
- Intel Newsroom: Intel Launches System-on-Chip Storage Solution Designed for Simple Video Transcoding and Streaming
- Wiki: List of Intel Atom microprocessors: CE SoCs: Dual-Core CE SoCs
- Use BFNP Framework to Optimize your NAS File Transfer Performance