How to Upgrade Your Synology to 10GbE Cheaper with the Xikestor SKN-A113-Mini

The XikeStor SKN-A113-Mini is a third-party 10GbE network adapter designed as a budget-friendly alternative to the official Synology E10G22-T1-MINI adapter for select NAS models, including the DS923+, DS723+, DS1522+, and RS422+. While both adapters provide similar networking capabilities, the XikeStor comes at a significantly lower cost. The Synology E10G22-T1-MINI typically retails between $130 and $180, whereas the XikeStor SKN-A113-Mini is available for $55 to $70, making it at least 50% cheaper. However, this price difference comes with trade-offs, including manual installation, potential compatibility issues, and the risk of voiding Synology’s warranty. Unlike the Synology adapter, which offers plug-and-play functionality, the XikeStor requires manual driver installation via SSH, meaning users must be comfortable with command-line tools and network configuration.

IMPORTANT – Do This At Your Own RISK!

Beyond installation challenges, long-term compatibility is a major concern. Because Synology does not officially support third-party network adapters, DSM updates could break functionality, requiring users to reinstall drivers or rollback updates. The adapter will not work until these steps are taken, making it less convenient for those who prefer a hassle-free setup. Additionally, Synology may deny support for any network-related issues if an unsupported adapter is detected in the system, meaning troubleshooting problems like unstable connections or speed drops would be left entirely to the user. For users who prioritize long-term reliability, this lack of official support can be a deal-breaker.

The build quality of the XikeStor adapter is another factor to consider. While the Synology E10G22-T1-MINI is constructed with higher-quality materials for better heat dissipation and durability, the XikeStor is lighter and may be more prone to wear over time. While many users report good performance, there is no guarantee of long-term reliability, particularly if used in a demanding 24/7 NAS environment. In summary, the XikeStor SKN-A113-Mini is best suited for users who are comfortable with manual setup, willing to risk DSM update conflicts, and do not need Synology’s official support. For those who prioritize stability, seamless updates, and manufacturer-backed troubleshooting, the Synology E10G22-T1-MINI remains the safer—though more expensive—choice.

Bottom line though, This adapter is not officially supported by Synology. While compatibility with DSM 7.2.2 has been confirmed in testing, future DSM updates may break support. Users must be prepared to troubleshoot driver issues and revert DSM updates if necessary.

Compatibility & Specifications

• Compatible DSM Versions: Tested on DSM 7.2.2-72803 (March 2025)
• Supported NAS Models: DS923+, DS723+, DS1522+, RS422+
• Interface: PCIe 3.0 x2
• Operating Temperature: 0°C to 40°C (32°F to 104°F)
• Storage Temperature: -20°C to 60°C (-5°F to 140°F)
• Relative Humidity: 5% to 95% RH
• Warranty: 1 year

Installation Guide

Step 0! Ensure system is powered off and install the adapter in the rear of the system.

When installing the adapter first time, make sure the Synology data is BACKED UP, and that the system is powered down. Ensure that you have an additional RJ45 cable connected to the Synology NAS via the 1GbE network port (i.e have a reliable and live network connection to the NAS aside from the 10GbE adapter) as you will need to still access the GUI and NAS via this other connection until the new 10GbE adapter is functioning in your NAS.

Step 1: Check if the Adapter is visible in DSM (will not work immediately)

1. Log into DSM and navigate to Control Panel > Network > Network Interface.
2. If the XikeStor SKN-A113-Mini is not listed, proceed with driver installation. IMPORTANT make sure the adapter slot at least shows as ‘occupied’ – as this at least shows the card is visible.

Step 2: Enable SSH on the Synology NAS

1. Open Control Panel > Terminal & SNMP.
2. Enable SSH and take note of the port number.
3. Click Apply.

Step 3: Download Required Software

1. Go to the Putty website to download the terminal software:
   • Visit: https://www.putty.org/
   • Download and install the terminal software on your desktop.

1. Obtain the latest XikeStor drivers from the official website:
   • Visit: http://visit.seekswan.com:6555/app/file/new_download.html
   • Click Download Centre > Network Card > SKN-A113-MINI
   • Download modules.sh (driver installation script).

Step 4: Upload the Driver Script to the NAS

1. Log into DSM and open File Station.
2. Create a new folder (e.g., test).
3. Upload modules.sh to this folder.

Step 5: Access NAS via SSH and Install the Driver

There are several commands that you are going to need to use to have sufficient authorization via SSH. IMPORTANT!!! Using Terminal software and SSH commands can seriously damage your Synology NAS system. DO NOT PERSUE THIS WITHOUT A SYSTEM BACKUP IN PLACE, OR IF YOU DO NOT UNDERSTAND THE RISKS!

The commands you need to use are detailed below and are based around if you uploaded the files you downloaded from the Xikestor site to the NAS in the directory volume1/test/ . Change as appropriate to where you uploaded:

1. Open Putty.
2. Connect to the NAS using its IP address and the SSH port.
3. Log in using the administrator username and password.
4. Gain root privileges by entering:

   sudo -i

5. Navigate to the folder where modules.sh is stored:

   cd /volume1/test

6. Verify the presence of modules.sh by listing the files:

   ls

7. Run the installation script:

   ./modules.sh

8. Enter atlantic as the driver name when prompted.
9. Copy the installed driver to the correct directory:

   cp mi-d/modules/atlantic.ko /usr/lib/modules

10. Restart the NAS:

    reboot

Step 6: Verify Installation

1. Log back into DSM.
2. Navigate to Control Panel > Network > Network Interface.
3. The XikeStor adapter should now be visible and configurable.

Performance Testing & Comparison

Test Environment:

• NAS Model: DS923+
• Storage Configuration: RAID 5 SSDs
• Test Tools: AJA, CrystalDiskMark, ATTO Disk Benchmark
• Connection Type: Direct 10GbE connection

Results:

• The XikeStor adapter performed comparably to the Synology E10G22-T1-MINI in sequential read/write tests.
• Some minor inconsistencies in sustained performance were observed, possibly due to driver optimizations.
• The Synology adapter exhibited better build quality and felt more robust.

Risks & Considerations – SERIOUSLY, READ THIS!

Potential Issues with DSM Updates

• Synology DSM updates may remove or disable third-party drivers.
• Users may need to reinstall drivers or rollback DSM versions.
• Installing third-party hardware may void Synology’s support coverage.
• Synology’s official adapter is guaranteed to work without additional setup.
• The Synology E10G22-T1-MINI uses higher-quality materials and has a more durable construction.
• The XikeStor adapter is lighter and may be less robust.
• The XikeStor adapter is not validated by Synology, which may raise concerns about long-term security and stability.
• No suspicious network activity was detected during testing, but users should monitor their network traffic.

Should You Buy the XikeStor SKN-A113-Mini or the Synology E10G22-T1-MINI?

Pros: Lower cost (typically 50% cheaper than Synology’s official adapter) Comparable performance in most scenarios Works with DSM 7.1.1-7.2.2 (as of now)

Cons: Requires manual driver installation and SSH access May become incompatible with future DSM updates Build quality is not as premium as Synology’s official adapter Potential warranty implications

Final Recommendation

• If you want hassle-free compatibility and support, the Synology E10G22-T1-MINI is the safer choice.
• If you are tech-savvy, comfortable with SSH, and willing to troubleshoot, the XikeStor SKN-A113-Mini is a cost-effective alternative.

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20 Ways to Improve Your 10GbE Network Speeds

Upgrading to 10GbE networking should, in theory, allow you to achieve 1GB/s (1000MB/s) network speeds, unlocking ultra-fast data transfers for large files, backups, and high-performance applications. However, many users find that real-world performance falls far short of these expectations. Instead of the seamless, high-speed experience they anticipated, they encounter slower-than-expected speeds, inconsistent performance, and unexplained bottlenecks that limit throughput.

Whether you’re using a NAS, a 10GbE switch, or a direct PC-to-NAS connection, numerous factors can influence network performance. These can range from hardware limitations (such as underpowered CPUs, slow storage, or limited PCIe lanes) to misconfigured network settings (like incorrect MTU sizes, VLAN issues, or outdated drivers). Even the quality of your network cables and transceivers can play a crucial role in determining whether you’re getting the full 10GbE bandwidth or suffering from hidden bottlenecks.

In this guide, we’ll explore TWENTY common reasons why your 10GbE network might not be delivering full speeds, along with detailed fixes and optimizations for each issue. Each point is carefully explained, ensuring that you can identify, diagnose, and resolve the specific problems affecting your network performance. Whether you’re dealing with a NAS that isn’t reaching expected speeds, a 10GbE adapter that’s underperforming, or a switch that isn’t behaving as expected, this guide will help you troubleshoot step by step, so you can fully unlock the potential of your 10GbE network.

1. (Obvious one) Your Storage is Too Slow to Keep Up with 10GbE Speeds

The Problem:

One of the biggest misconceptions about 10GbE networking is that simply having a 10GbE network adapter means you will automatically get 1GB/s speeds. However, your actual storage performance is often the bottleneck. Most traditional hard drives (HDDs) have a sequential read/write speed of only 160-280MB/s, meaning that a single drive cannot fully saturate a 10GbE connection. Even with multiple HDDs in a RAID array, performance may still fall short of 1GB/s due to RAID overhead and the limitations of mechanical disks.

For example, if you have a 4-bay NAS with standard 7200RPM hard drives in RAID 5, you may only reach 500-600MB/s, which is half the potential of your 10GbE network. The situation gets worse if you are using RAID 6, as the additional parity calculations introduce a write performance penalty.

The Fix:

• Switch to SSDs: If you need consistent 10GbE performance, you will need SSDs instead of HDDs. Even four SATA SSDs in RAID 5 can saturate a 10GbE connection (~1GB/s read/write).
• Use NVMe Storage for Maximum Speeds: If your NAS supports NVMe SSDs, using them will provide 3-5GB/s speeds, which far exceeds 10GbE bandwidth.
• Optimize RAID Configuration:
  • RAID 0 offers maximum speed, but no redundancy.
  • RAID 5 or RAID 10 is the best balance for speed and data protection.
  • RAID 6 is great for redundancy but can severely impact write performance.

How to Check Disk Speeds:

Run a disk speed test to verify if storage is the issue:

Windows (CrystalDiskMark)

1. Download and install CrystalDiskMark.
2. Select your storage volume (NAS drive, local SSD, etc.).
3. Run a sequential read/write test.
4. If speeds are below 1GB/s, your storage is the bottleneck.

Linux/macOS (dd Command)

• This writes 5GB of data to test sequential write speeds.
• Check the MB/s value after the test completes—if it’s below 1000MB/s, your storage is too slow.

2. Your SSDs or NVMe Drives Are Running at Lower PCIe Speeds

The Problem:

Even if your NAS or PC is using SSDs, you might not be getting full speeds due to PCIe lane limitations. Some NAS devices throttle M.2 NVMe SSDs to PCIe 3.0 x1 or x2, which caps speeds at 800-1600MB/s—not enough to fully saturate a 10GbE connection.

This issue is particularly common in budget-friendly NAS systems and motherboards where multiple M.2 slots share bandwidth with SATA ports or other PCIe devices. Even high-speed SSDs like the Samsung 980 Pro (7000MB/s rated speed) will be bottlenecked if placed in an underpowered slot.

The Fix:

• Check PCIe Lane Assignments:
  • Some motherboards share PCIe lanes between M.2 slots and other components (e.g., GPU, SATA ports).
  • Move your NVMe SSD to a full x4 slot for maximum speed.

Linux/macOS (Check PCIe Speeds)

• Look for PCIe x1 or PCIe x2—this means your SSDs are not running at full bandwidth.

Windows (Check with CrystalDiskInfo)

1. Download CrystalDiskInfo.
2. Look for the PCIe link speed in the SSD details.

If speeds are lower than expected, try moving the SSD to a different M.2 slot or checking BIOS settings to enable full PCIe bandwidth.

3. You’re Using DRAM-less SSDs (HMB-Only SSDs Can Throttle Speeds)

The Problem:

Not all SSDs are created equal. Some budget SSDs lack DRAM cache and instead rely on Host Memory Buffer (HMB), which offloads caching duties to system RAM. While this design helps reduce costs, it also means significantly lower sustained write performance.

For a single SSD, this might not be an issue, but in a RAID configuration, the problem worsens as multiple drives compete for system memory. DRAM-less SSDs also tend to overheat faster, leading to thermal throttling, further reducing performance.

The Fix:

• Use SSDs with DRAM cache: High-performance SSDs like the Samsung 970 EVO, WD Black SN850, and Crucial P5 Plus have dedicated DRAM to prevent slowdowns.
• Monitor SSD temperatures:
  • If SSDs are overheating (above 70°C), use heatsinks or active cooling.
• Check SSD type in Windows:
  1. Open Device Manager → Expand Disk Drives.
  2. Search your SSD model online—if it lacks DRAM, it could be a performance bottleneck.

4. Your Switch is Not Actually 10GbE (Misleading Switch Descriptions)

The Problem:

Many users unknowingly purchase “10GbE” switches that only have limited 10GbE ports. Some switches advertise 10GbE speeds, but only one or two ports support it, while the rest run at 1GbE.

It’s also possible that your NAS or PC is plugged into a non-10GbE port, creating an invisible bottleneck.

The Fix:

• Check the switch model’s specifications to confirm the number of true 10GbE ports.
• Log into your switch’s admin panel and confirm the port speeds:
  • If using Netgear, Ubiquiti, or Cisco, log in and check the port status.
  • If using a managed switch, run the following command via SSH:
    show interfaces status

  • Look for 10G/10000M to confirm that the port is running at full speed.

Windows (Check Network Speed)

1. Open Control Panel > Network and Sharing Center.
2. Click on your 10GbE adapter → Check Speed (should show 10.0Gbps).

If your switch only has 1-2 ports at 10GbE, you may need to reconfigure your network layout or upgrade to a full 10GbE switch.

5. You’re Using the Wrong Ethernet Cables (Cat5e vs. Cat6/Cat7)

The Problem:

Not all Ethernet cables can handle 10GbE speeds over long distances. If you’re using Cat5e, performance drops significantly after 10 meters.

The Fix:

• Use at least Cat6 for short runs (up to 30 meters).
• Use Cat6a or Cat7 for long runs (30m+).
• Inspect cables—cheap or old cables may not be rated for 10GbE.

How to Check Your Cable Type

1. Look at the cable jacket—it should say Cat6, Cat6a, or Cat7.
2. If the cable does not specify, assume it’s Cat5e and replace it.

If using fiber, make sure your SFP+ transceivers are rated for 10GbE—many cheap adapters are 1GbE only.

6. Your Network Adapter is Using the Wrong Driver or Firmware

The Problem:

Even if you have a 10GbE network adapter installed, outdated or incorrect drivers can limit speeds or cause inconsistent performance. Many network cards rely on manufacturer-specific drivers for optimal performance, but some operating systems may install generic drivers that lack key optimizations.

This issue is common with Intel, Mellanox, Broadcom, and Aquantia/AQC NICs—especially if they were installed manually or came pre-installed with a NAS or prebuilt server.

The Fix:

1. Check your network adapter model:
   • Windows: Open Device Manager > Network Adapters and find your 10GbE NIC name.
   • Linux/macOS: Run the following command to list your installed NICs:
     lspci | grep Ethernet

2. Update the driver manually:
   • Windows: Go to the manufacturer’s website (Intel, Broadcom, Mellanox, etc.) and download the latest driver.
   • Linux: Update using ethtool:
     sudo ethtool -i ethX # Replace ethX with your network interface

3. Check and update NIC firmware: Some network cards require a firmware update for full 10GbE support. Many Aquantia NICs, for example, need firmware updates to fix link speed negotiation issues.
4. Ensure your OS isn’t using a generic driver:
   • In Windows, open Device Manager, right-click the NIC, and select Properties > Driver. If it says Microsoft Generic Adapter, update it manually.
   • In Linux, check driver details with:
     ethtool -i ethX


     If the driver is a generic kernel driver, install the manufacturer’s official driver.

7. MTU (Jumbo Frames) is Not Set Correctly

The Problem:

By default, most network devices use a 1500-byte MTU (Maximum Transmission Unit). However, 10GbE networks can benefit from larger packet sizes (9000 bytes, known as Jumbo Frames). If one device has Jumbo Frames enabled but another doesn’t, packets get fragmented, leading to lower speeds, higher latency, and increased CPU usage.

The Fix:

1. Enable Jumbo Frames (MTU 9000) on All Devices:
   • Windows:
     • Go to Control Panel > Network and Sharing Center > Change Adapter Settings.
     • Right-click your 10GbE adapter, select Properties > Configure > Advanced.
     • Set Jumbo Frame / MTU to 9000.
   • Linux/macOS:
     sudo ifconfig ethX mtu 9000

   • NAS:
     • Synology: Go to Control Panel > Network > Interfaces > Edit and set MTU to 9000.
     • QNAP: Go to Network & Virtual Switch > Interfaces > Jumbo Frames.
2. Check MTU Settings on Your Switch:
   • If your switch does not support MTU 9000, disable Jumbo Frames or upgrade the switch.
3. Verify MTU Configuration:
   • Run a ping test with large packets:
     ping -f -l 8972 NAS_IP


     If the packets fragment, MTU isn’t properly configured.

8. Your NAS or PC CPU is Too Weak to Handle 10GbE Traffic

The Problem:

Even if you have fast storage and a 10GbE adapter, a low-power CPU can bottleneck network performance. Many NAS devices use ARM-based or low-end Intel CPUs (e.g., Celeron, Atom, or N-series processors) that struggle to handle high-speed transfers, encryption, or multi-user traffic.

For example, some budget NAS units advertise 10GbE connectivity, but their CPU is too weak to push consistent 1GB/s speeds—especially if multiple users are accessing data simultaneously.

The Fix:

• Check NAS CPU specs:
  • If your NAS has a quad-core ARM or low-end Intel CPU, it may not be capable of full 10GbE speeds.
• Monitor CPU Usage:
  • Windows: Open Task Manager > Performance and check if the CPU is maxed out during transfers.
  • Linux/macOS: Use:
    top

• Disable resource-heavy background tasks:
  • Stop or schedule RAID scrubbing, snapshots, virus scans, and indexing during off-hours.
• Use an x86 NAS with a high-performance CPU:
  • Intel Core i3/i5, Ryzen, or Xeon-based NAS units handle 10GbE much better than Celeron/ARM-based models.

9. VLAN, QoS, or Network Prioritization is Throttling Your 10GbE Traffic

The Problem:

If you’re using a managed switch or router, incorrect VLAN (Virtual LAN) or QoS (Quality of Service) settings may be limiting your 10GbE speeds. Some switches automatically assign lower priority to high-bandwidth devices, throttling performance.

The Fix:

1. Check VLAN settings:
   • If your 10GbE NAS or PC is in a VLAN with limited bandwidth, remove it from that VLAN or adjust the priority settings.
2. Disable or Adjust QoS Settings:
   • Log into your switch’s admin panel and look for QoS (Quality of Service) settings.
   • If enabled, check if bandwidth limits are applied to your 10GbE ports.
   • In some switches (e.g., Ubiquiti, Netgear, Cisco), set QoS priority for 10GbE devices to “High”.
3. Run a Speed Test Without VLAN or QoS:
   • Temporarily disable VLAN/QoS, then test file transfer speeds again.

If speeds improve, your VLAN/QoS settings were throttling your network.

10. Background Processes or Other Network Devices Are Consuming Bandwidth

The Problem:

If you’re not getting full 10GbE speeds, it’s possible that another device is using the NAS at the same time. Even if your PC or NAS seems idle, background tasks like cloud syncing, automated backups, Plex transcoding, or surveillance camera recording can consume CPU, storage I/O, and network bandwidth.

The Fix:

1. Check if other devices are using the NAS:
   • Windows: Open Task Manager > Network and check if any background processes are consuming bandwidth.
   • Linux/macOS: Use:
     iftop -i ethX

   • On your NAS, check if:
     • Plex or media servers are streaming.
     • Security cameras are recording to the NAS.
     • Backups/snapshots are running in the background.
2. Pause Background Tasks:
   • Temporarily disable cloud syncing, RAID scrubbing, and backups, then retest network speeds.
3. Run an IPerf Network Speed Test:
   • Windows/Linux:
     • On NAS:
       iperf3 -s

     • On PC:
       iperf3 -c NAS_IP -P 4

   • If IPerf shows 1GB/s speeds but file transfers don’t, then background processes or storage limitations are the issue.

11. Your SFP+ Transceiver or Media Converter is Bottlenecking Performance

The Problem:

If you’re using SFP+ transceivers or fiber-to-RJ45 media converters, they might not be running at full 10GbE speeds. Many budget-friendly SFP+ modules are actually 1GbE-only or have compatibility issues with certain switches and NICs. Additionally, some fiber-to-copper converters (e.g., cheap third-party models) overheat quickly, leading to throttling and slow speeds.

The Fix:

1. Check Your SFP+ Transceiver Rating:
   • Run the following command on a Linux-based NAS or switch:
     ethtool ethX

   • If the output shows 1000Mbps instead of 10000Mbps, your SFP+ module is not running at full speed.
2. Use Verified SFP+ Modules:
   • Stick to brand-certified transceivers (e.g., Intel, Mellanox, Cisco, Ubiquiti, MikroTik).
   • Generic eBay/Amazon SFP+ transceivers may not properly negotiate at 10GbE.
3. Check for Overheating:
   • Touch the transceiver—if it’s too hot to hold, it may be thermal throttling.
   • Consider active cooling (small heatsinks or airflow near the module).
4. Verify Media Converters:
   • Some cheap SFP-to-RJ45 converters cap speeds at 5GbE or lower.
   • Try swapping the converter for a direct 10GbE-capable SFP+ transceiver.

12. Your PCIe Slot is Throttling Your 10GbE NIC

The Problem:

Your 10GbE network card (NIC) might be plugged into a PCIe slot that doesn’t provide full bandwidth. Some motherboards limit secondary PCIe slots to x1 or x2 speeds, which reduces network performance significantly.

For example:

• A PCIe 2.0 x1 slot only supports 500MB/s, far below 10GbE speeds.
• A PCIe 3.0 x4 slot is required for full 10GbE performance.

The Fix:

1. Check PCIe Slot Assignment:
   • Windows: Use HWiNFO64 or Device Manager to check PCIe link speed.
   • Linux/macOS: Run:
     lspci -vvv | grep -i ethernet


     If it says PCIe x1, your NIC is bottlenecked.

2. Move the 10GbE NIC to a Better Slot:
   • Use a PCIe 3.0/4.0 x4 or x8 slot for full bandwidth.
   • Avoid chipset-controlled PCIe slots, as they share bandwidth with SATA, USB, and other devices.
3. Enable Full PCIe Speed in BIOS:
   • Go to BIOS > Advanced Settings > PCIe Configuration.
   • Set the slot to “Gen 3” or “Gen 4” (depending on your motherboard).

13. SMB or NFS Protocol Overhead is Slowing Transfers

The Problem:

If you’re transferring files over a mapped network drive (SMB/NFS), protocol overhead can reduce real-world speeds. Windows SMB, in particular, can limit large file transfers due to encryption, signing, or buffer settings.

The Fix:

1. Enable SMB Multichannel for Faster Transfers (Windows):
   • Open PowerShell as Administrator and run:
     powershell

     Set-SmbClientConfiguration -EnableMultiChannel $true

   • This allows multiple TCP connections for higher throughput.
2. Disable SMB Signing (If Safe to Do So):
   • Windows:
     powershell

     Set-SmbClientConfiguration -RequireSecuritySignature $false

   • Linux:
     Add the following line to /etc/fstab when mounting an SMB share:
     ini

     vers=3.0,seal=no

3. Try NFS Instead of SMB (If Using Linux/macOS):
   • SMB can be slow for large sequential transfers.
   • NFS performs better for 10GbE direct-attached storage (NAS to PC).
4. Use iSCSI for Direct Storage Access:
   • If your NAS supports iSCSI, mount an iSCSI target for block-level access, which can be much faster than SMB/NFS.

14. Your Router or Network Switch is Blocking Full Speeds

The Problem:

Many consumer-grade routers and switches have built-in traffic management features that can throttle high-speed connections. Even some high-end managed switches may have bandwidth limits, VLAN misconfigurations, or QoS settings that restrict speeds.

The Fix:

1. Disable Traffic Shaping or QoS:
   • On a managed switch, log in and disable bandwidth limits on your 10GbE ports.
   • On a router, look for:
     • Smart QoS / Traffic Prioritization (disable it).
     • Bandwidth Limiting (set to unlimited).
2. Check VLAN Configuration:
   • If your NAS and PC are in different VLANs, traffic might be routed through the main router, slowing speeds.
   • Move both devices into the same VLAN for direct 10GbE connectivity.
3. Ensure Your Switch Supports Full 10GbE Throughput:
   • Some low-end 10GbE switches have an internal bandwidth cap.
   • Example: A switch with five 10GbE ports but only a 20Gbps internal backplane will throttle performance under heavy load.

15. Windows Power Management is Throttling Your 10GbE Card

The Problem:

Windows Power Management settings may be automatically throttling your 10GbE network adapter to save energy. This can cause inconsistent speeds and unexpected slowdowns.

The Fix:

1. Disable Energy-Efficient Ethernet (EEE):
   • Open Device Manager → Expand Network Adapters → Right-click your 10GbE adapter → Properties.
   • Under the Advanced tab, find “Energy-Efficient Ethernet” and set it to Disabled.
2. Set Windows Power Plan to High Performance:
   • Open Control Panel > Power Options.
   • Select High Performance (or Ultimate Performance if available).
3. Disable CPU Power Throttling:
   • Open PowerShell as Administrator and run:
     powershell

     powercfg -setactive SCHEME_MIN

   • This forces Windows to prioritize performance over power saving.
4. Check for Interrupt Moderation & Adaptive Inter-Frame Spacing:
   • In Device Manager, under the Advanced tab of your 10GbE adapter, disable:
     • Interrupt Moderation
     • Adaptive Inter-Frame Spacing

16. Your NAS or PC is Routing Traffic Through the Wrong Network (Subnet Mismatch)

The Problem:

Even if you have a direct 10GbE connection between your NAS and PC, your operating system might still route traffic through a slower network interface (e.g., a 1GbE connection or even Wi-Fi). This can happen if your system prioritizes the wrong network adapter, or if your NAS and PC are on different subnets, causing traffic to be routed through a slower router or switch instead of using the direct 10GbE link.

For example:

• Your NAS has two network interfaces:
  • 10GbE: 192.168.2.10
  • 1GbE: 192.168.1.10
• Your PC has two interfaces:
  • 10GbE: 192.168.2.20
  • Wi-Fi: 192.168.1.50

If your PC is trying to reach the NAS using the 1GbE or Wi-Fi address, it may bypass the 10GbE connection entirely, leading to slow speeds.

The Fix:

1. Ensure Both Devices Are on the Same Subnet
   • Assign both 10GbE interfaces an IP in the same range (e.g., 192.168.2.x).
   • Set the 1GbE and Wi-Fi interfaces to a different subnet (e.g., 192.168.1.x).
2. Manually Set the 10GbE Network as the Preferred Route
   • Windows (CMD – Run as Administrator):
     powershell

     netsh interface ipv4 set interface "10GbE Adapter Name" metric=1

   • Linux/macOS:
     sudo ip route add 192.168.2.0/24 dev ethX metric 10

   • A lower metric prioritizes the 10GbE connection over slower networks.
3. Check Active Routes to Ensure 10GbE is Being Used
   • Windows:
     powershell

     route print

   • Linux/macOS:
     ip route show

   • Look for 192.168.2.x going through the 10GbE adapter. If another network is being used, adjust the routing table.

17. Your SATA Controller is Bottlenecking Multiple Drives

The Problem:

Even if you have fast SSDs or multiple hard drives in RAID, the SATA controller inside your NAS or PC might be the bottleneck. Some budget NAS units and lower-end PC motherboards use cheap SATA controllers (e.g., JMicron, ASMedia, Marvel) that bottleneck total disk throughput.

For example:

• Your NAS or PC has six SATA ports, but they are all routed through a single PCIe 2.0 x1 controller (which has a max bandwidth of 500MB/s).
• Even though each SSD is capable of 500MB/s, the total throughput is capped by the controller’s bandwidth.

The Fix:

1. Check the SATA Controller in Use:
   • Windows (Device Manager): Expand Storage Controllers and check the SATA controller manufacturer.
   • Linux/macOS:
     lspci | grep SATA

   • If you see JMicron, ASMedia, or Marvel, you might have a bandwidth-limited controller.
2. Use an HBA (Host Bus Adapter) Instead
   • If your motherboard or NAS has limited SATA bandwidth, install a dedicated LSI/Broadcom HBA card (e.g., LSI 9211-8i, LSI 9300-8i) to get full-speed SATA connectivity.
3. Check the SATA Backplane in NAS Enclosures
   • Some NAS enclosures have a shared SATA controller for all drives, limiting total speed.
   • If possible, upgrade to a NAS with multiple SATA controllers or use NVMe SSDs instead.

18. Your System’s TCP/IP Stack is Not Optimized for High-Speed Transfers

The Problem:

By default, most operating systems have conservative TCP settings that are optimized for 1GbE networks, but not for high-speed 10GbE connections. Without proper tuning, TCP window size, congestion control, and buffer settings can limit data transfer rates over high-bandwidth connections.

The Fix:

Windows: Optimize TCP Settings via PowerShell

1. Enable TCP Window Auto-Tuning:
   powershell

   netsh int tcp set global autotuninglevel=normal

2. Enable Receive Side Scaling (RSS) to Use Multiple CPU Cores:
   powershell

   Set-NetAdapterRss -Name "10GbE Adapter Name" -Enabled $true

3. Increase TCP Receive Buffers:
   powershell

   netsh int tcp set global rss=enabled
netsh int tcp set global ecncapability=disabled
netsh int tcp set global chimney=enabled


Linux/macOS: Increase TCP Buffers

Edit /etc/sysctl.conf and add:

Then apply the changes:

19. Antivirus or Firewall Software is Interfering with Network Speeds

The Problem:

Many antivirus and firewall programs scan all incoming and outgoing network traffic, which can significantly slow down 10GbE speeds. Some intrusion prevention systems (IPS), such as those in Sophos, Norton, Bitdefender, and Windows Defender, can introduce latency and CPU overhead when processing large file transfers.

The Fix:

1. Temporarily Disable Your Antivirus/Firewall and Run a File Transfer Test
   • If speeds improve, your security software is causing the slowdown.
2. Whitelist Your NAS or 10GbE Connection in Security Software
   • Add your NAS IP address as an exclusion in your antivirus or firewall settings.
3. Disable Real-Time Scanning for Large File Transfers
   • In Windows Defender:
     • Open Windows Security → Go to Virus & Threat Protection.
     • Under Exclusions, add your NAS drive or network adapter.
4. Check for Router-Level Security Features
   • Some routers have Deep Packet Inspection (DPI) or Intrusion Prevention (IPS) enabled, which can slow down traffic.
   • Log into your router’s admin panel and disable unnecessary security features for local transfers.

20. Your Network is Experiencing Microburst Congestion (Overloaded Buffers)

The Problem:

Some 10GbE switches have limited packet buffers, causing microburst congestion when multiple devices transfer data simultaneously. This results in random slowdowns, packet loss, and jitter, even if total traffic is well below 10GbE capacity.

The Fix:

1. Enable Flow Control on Your Switch
   • Log into the switch’s admin panel.
   • Enable 802.3x Flow Control on your 10GbE ports.
2. Use a Higher-Quality Switch with Larger Buffers
   • Some cheap 10GbE switches have small packet buffers, leading to congestion.
   • Consider an enterprise-grade switch (e.g., Netgear XS716T, Cisco SG550X, Ubiquiti EdgeSwitch).
3. Monitor Switch Traffic for Spikes
   • Use iftop or Wireshark to monitor packet loss or delays.
   • If needed, upgrade your switch to one with better buffering.

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Should You Buy the Asustor Lockerstor Gen 3 NAS Series?

UPDATE – The Lockerstor Gen 3 NAS Series is NOW AVAILABLE in a 4 Bay ($1299) and 6 Bay ($1499) configuration, with an 8-Bay and 10-Bay system coming later in 2024.

The Asustor Lockerstor Gen 3 NAS series, which includes models ranging from the 4-Bay AS6804T, 6-Bay AS6806T, 8-Bay AS6808T, to the 10-Bay AS68010T, is designed to offer impressive performance, flexibility, and scalability for both home and business users. It packs several advanced features, including dual 10GbE ports, dual 5GbE ports, and USB 4.0, making it an attractive choice for those who need a powerhouse NAS solution. With the AMD Ryzen V3000 embedded processor, ECC memory support, and up to four M.2 NVMe slots, this series promises to deliver robust performance for demanding tasks. However, with prices starting at $1,299 for the 4-bay model, some may find the cost a bit steep compared to previous iterations or other NAS competitors. In this review, we’ll discuss five pros and five cons of the Asustor Lockerstor Gen 3 series to help you decide if it’s the right NAS solution for you.

Reasons to Consider the Lockerstor Gen 3 Series

The Asustor Lockerstor Gen 3 series is packed with powerful features that make it a great option for those needing high-performance storage. Let’s dive into the top five reasons to consider this NAS.

1. High-Speed Network Connectivity

The Lockerstor Gen 3 series excels in providing excellent network bandwidth options, making it ideal for users with demanding network requirements. All models in this series come equipped with dual 10GbE and dual 5GbE network ports. The 10GbE ports offer 1GB per second of data transmission speed each, while the dual 5GbE ports offer around 500-550MB per second. This impressive configuration allows users to have multiple high-speed connections simultaneously, greatly enhancing performance for tasks like large data transfers and streaming.

The potential network throughput of up to 30Gbps makes this NAS series stand out from most competitors. Whether you’re setting up point-to-point connections with other devices, connecting through a managed switch, or utilizing SMB multichannel, the Lockerstor Gen 3 can handle heavy data loads effortlessly. This connectivity makes the series suitable for businesses and power users who need reliable, high-speed access to their data.

Furthermore, the inclusion of USB 4.0/Thunderbolt 4 adds another layer of flexibility. Users can connect directly to the NAS via Thunderbolt 4-enabled devices, taking advantage of up to 20Gbps per port. This allows for fast data transfers between the NAS and connected devices, bypassing traditional network bottlenecks. Video editors and professionals dealing with large file sizes will particularly appreciate the fast, point-to-point connections provided by the USB 4.0 ports.

2. Compact Design with Low Power Consumption

Despite its impressive hardware and performance capabilities, the Lockerstor Gen 3 series maintains a relatively compact footprint. This makes it ideal for home or small office environments where space may be limited, yet high-performance storage is essential. The chassis, which is built from metal with a plastic front, ensures durability while keeping the overall size manageable. Its design includes sufficient ventilation, allowing the system to remain cool even during heavy operation.

The power consumption of the Lockerstor Gen 3 series is another noteworthy feature. During testing, the NAS consumed between 30-50 watts depending on the level of utilization, which is impressive for a system that packs so much power. Even with 4 to 10 hard drives installed and multiple NVMe SSDs operating simultaneously, the power draw remained relatively low. This efficiency makes the series a cost-effective option for users looking for powerful hardware that doesn’t come with excessive energy costs.

Noise levels are also impressively low. The Lockerstor Gen 3 series is designed with a 120mm rear fan, copper heat pipes, and extensive internal ventilation, which help manage temperatures without producing excessive noise. Even during heavy workloads, the system remains quiet, making it suitable for environments where noise could be an issue. This balance of power, cooling, and quiet operation is one of the major advantages of the series.

3. Impressive Storage Options and Expansion

Storage scalability is another strong suit of the Lockerstor Gen 3 series. The NAS models come with 4, 6, 8, or 10 SATA bays, depending on the model, allowing for plenty of hard drive storage. Each bay can accommodate up to 24TB of storage, meaning even the smallest model, the 4-bay AS6804T, can hold up to 96TB of raw storage. For users needing more, the 10-bay AS68010T can store up to 240TB. This is ideal for data-heavy environments like video production, archival work, or large-scale backups.

The addition of four M.2 NVMe slots across the entire series further enhances the flexibility of the Lockerstor Gen 3 models. These slots can be used for SSD caching, RAID storage pools, or tiered storage solutions, providing users with faster data access.

The fact that these are Gen 4 NVMe slots also ensures high-speed performance, with each slot capable of up to 2GB per second throughput. Whether for fast-access storage or as a dedicated scratch disk for demanding applications, the inclusion of NVMe slots gives the series a significant advantage.

Users can configure their storage in various ways to meet specific needs, including combining HDDs for large-capacity storage while using NVMe SSDs for performance-intensive tasks. The ability to mix and match different storage types makes this NAS series particularly versatile for users with evolving storage requirements.

Additionally, with support for advanced RAID configurations, including RAID 0, 1, 5, 6, and 10, users have numerous options for optimizing performance and data redundancy.

4. Advanced ADM 5 Software Features

Asustor’s ADM 5 operating system plays a crucial role in making the Lockerstor Gen 3 series a competitive choice. ADM 5 is not just a basic NAS management interface; it offers a broad array of features tailored to both home users and enterprises. With support for a wide variety of network protocols, such as SMB, NFS, and iSCSI, it provides the flexibility required to integrate the NAS into various environments. Moreover, ADM 5 includes advanced tools for managing backups, virtual machines, and even Docker containers.

ADM 5 also introduces new features that make it easier to manage and secure data. For instance, the system offers extensive support for data backup, with the ability to sync files to cloud services like Dropbox, Google Drive, and Microsoft OneDrive. Local backups to other NAS units or external drives are also supported, ensuring that users can safeguard their data no matter what. Additionally, the system includes various security features like two-step authentication, port blocking, and IP blacklists, which are essential for protecting data in today’s increasingly connected world.

One area where ADM 5 shines is in its ability to run third-party applications, such as AI tools and multimedia apps, alongside the standard NAS functionality. Users can deploy virtual machines, run containerized applications, and manage multimedia libraries with ease. While some users may find the interface a bit overwhelming initially, the overall functionality is robust and meets the needs of power users and businesses alike. ADM 5 continues to improve with regular updates, adding more features and fine-tuning the user experience.

5. Powerful CPU and ECC Memory

At the core of the Lockerstor Gen 3 series is the AMD Ryzen V3C14 processor, a quad-core, eight-thread CPU based on AMD’s Rembrandt architecture. With a base clock of 2.3GHz and a turbo speed of up to 3.8GHz, this processor is designed to handle demanding tasks with ease. Whether running multiple virtual machines, performing large-scale data backups, or streaming media to several devices at once, the V3C14 can keep up with the workload without significant slowdowns. Its 20 PCIe Gen 4 lanes also ensure that data moves swiftly between the NAS’s various components.

One of the standout features of the Lockerstor Gen 3 series is its support for ECC memory. The system comes with 16GB of DDR5 ECC memory, which can be expanded up to 64GB. ECC (Error Correcting Code) memory provides an extra layer of data integrity by detecting and correcting memory errors that can occur during data transfer. This is particularly important for NAS devices that are expected to run continuously, as it helps prevent data corruption over time. The combination of ECC memory and the powerful Ryzen processor makes the Lockerstor Gen 3 series a reliable option for business-critical applications.

The memory and CPU combination ensures that the Lockerstor Gen 3 series can handle even the most resource-intensive tasks, including real-time data processing, virtualization, and large-scale data storage. The system’s design is optimized for high throughput, and the ECC memory further ensures data accuracy and consistency. Users who require high reliability, such as those in the creative industry or enterprise IT environments, will find that the Lockerstor Gen 3 series delivers the performance and stability they need.

Reasons to Be Cautious About the Lockerstor Gen 3 Series

While the Lockerstor Gen 3 series boasts many strengths, there are a few potential drawbacks to consider. Here are four aspects that might make you hesitate before purchasing this NAS.

1. High Price Point

One of the most significant factors to consider when evaluating the Lockerstor Gen 3 series is its price. With the 4-bay AS6804T starting at $1,299, this NAS series is notably more expensive than its predecessors or other competing models in the market. The 6-bay AS6806T is priced at $1,499, and the 8-bay and 10-bay models are expected to cost upwards of $1,699 and $1,899, respectively. For many users, especially those transitioning from the Gen 2 series, this price increase may come as a shock, making it harder to justify the upgrade.

It’s important to note that while the price is high, the hardware improvements over previous generations are substantial. The inclusion of dual 10GbE and dual 5GbE ports, USB 4.0, M.2 NVMe slots, and ECC memory support all contribute to the higher cost. However, for users who only require basic storage functionality or have lower network demands, the Lockerstor Gen 3’s price may be overkill. It’s essential to weigh the performance needs against the price before making a purchase.

Moreover, Asustor is still considered a smaller player in the NAS market compared to giants like Synology or QNAP. This may lead some users to hesitate when faced with a high price tag from a brand that does not yet have the same market dominance. While the Lockerstor Gen 3 series offers an impressive set of features, its premium price point may limit its appeal to a niche audience of power users and businesses with larger budgets.

2. Lack of Integrated Graphics

Another drawback of the Lockerstor Gen 3 series is the absence of integrated graphics. While the AMD Ryzen V3C14 processor is powerful, it lacks the integrated GPU that many users rely on for media transcoding or graphical workloads. This could be a significant limitation for users who use their NAS for streaming media via Plex or other similar applications, where on-the-fly video transcoding is required to adjust for different devices or network conditions.

Without integrated graphics, the Lockerstor Gen 3 series struggles to perform efficient real-time transcoding, especially for 4K or 8K media files. Users who plan to use their NAS for media streaming to various devices may find that the system becomes overworked when handling high-resolution media formats. This limitation makes the NAS less suitable for those who prioritize multimedia use, particularly if their library includes high-definition content that needs to be transcoded frequently.

For users who don’t need media transcoding or graphics processing, the absence of integrated graphics may not be a significant issue. However, for those looking to build a media server or run GPU-dependent applications, the lack of an iGPU could limit the system’s potential. It’s an important factor to consider, especially if you’re comparing the Lockerstor Gen 3 series to other NAS models that come with integrated graphics processors (IGP).

3. ADM Software Still Needs Refinement

Although Asustor’s ADM 5 software has made significant improvements over previous versions, it still has some rough edges that need polishing. One of the main complaints is that certain features and services are scattered across multiple apps, making it more difficult for users to find what they need. For example, backup and synchronization tools are split between different apps, creating confusion for users who may expect these functions to be consolidated in a single portal.

The overall user interface of ADM 5, while functional, can feel clunky, especially for newcomers to the NAS ecosystem. Some tasks, such as setting up backup routines or managing security protocols, require users to navigate through several different apps, which can be frustrating. Asustor could improve the user experience by centralizing these functions and streamlining the interface, similar to what competitors like Synology have done with their DiskStation Manager (DSM) software.

Despite these minor issues, ADM 5 is still a solid platform, particularly for users familiar with Asustor’s ecosystem. The software includes a wide range of features, such as support for AI-powered tools, cloud backups, and virtual machine deployment. However, for those new to Asustor or users expecting a more polished software experience, the learning curve may be steeper than with other NAS brands.

4. Limited Surveillance Features

The Surveillance Center app that comes bundled with the Lockerstor Gen 3 series is functional but somewhat lackluster compared to the offerings from other NAS brands. While it supports basic IP camera setups and can handle real-time streaming, it falls short in terms of advanced surveillance features. Competitors like Synology’s Surveillance Station or QNAP’s QVR Pro offer more robust options, such as advanced AI analytics, better camera compatibility, and a more user-friendly interface.

One of the issues with Asustor’s Surveillance Center is its dated interface, which feels out of sync with the more modern features available in ADM 5. The app supports a range of IP cameras and allows for KVM output, where users can attach a monitor for standalone operation. However, its overall performance and feature set don’t live up to the expectations set by its competitors. This may be disappointing for users who plan to use their NAS for surveillance in addition to regular storage tasks.

While Asustor does offer a beta version of an updated Surveillance Center app, it is not included with ADM 5 by default. The beta version brings improvements in browser support and a more responsive user interface, but it’s still in development and not officially part of the software package. As a result, users seeking a NAS primarily for surveillance purposes might want to consider alternative options from brands with stronger surveillance app ecosystems.

Lockerstor Gen 3 NAS Series. Are they Any Good? – Conclusion and Verdict

The Asustor Lockerstor Gen 3 series is undoubtedly one of the most feature-packed and powerful NAS systems available today. Its high-speed network connectivity, flexible storage options, and robust processing power make it an excellent choice for power users, businesses, and anyone needing high-performance data storage and management. The inclusion of ECC memory, multiple M.2 NVMe slots, and extensive ADM 5 software features further enhance its appeal, especially for those who require advanced data protection and cloud integration. However, the high price point and a few software shortcomings may be off-putting for some potential buyers. Additionally, the lack of integrated graphics could limit its appeal for multimedia-heavy tasks. That said, if you are looking for a versatile, future-proof NAS system with exceptional performance, the Lockerstor Gen 3 series is hard to beat.

SOFTWARE - 7/10

HARDWARE - 10/10

PERFORMANCE - 10/10

PRICE - 7/10

VALUE - 7/10

8.2

PROS

High-Performance CPU: Equipped with the AMD Ryzen V3000 Embedded processor, delivering efficient, server-grade performance for demanding tasks.
ECC DDR5 Memory: Includes 16GB of ECC DDR5 memory (expandable to 64GB), ensuring data integrity and reliability.
Comprehensive Connectivity: Dual 10GbE and dual 5GbE ports, along with two USB4 ports, provide a combined bandwidth of up to 30 Gbps for versatile network setups.
Advanced Data Protection: Offers RAID 5 and RAID 6 options for HDDs and NVMe drives, with hot-swappable capabilities and Btrfs support for snapshots.
USB4/Thunderbolt 4 Over IP: Supports direct connection to Mac and Windows systems via USB4 for fast data transfers and point-to-point editing.
Robust Build Quality: Sturdy metal chassis with minimal noise, even during heavy operations, and excellent heat dissipation with a copper heat pipe.
ADM 5 Software: Reliable, secure OS with essential features like snapshots, remote access, and simplified setup; supports third-party OS installations.
Efficient Power Consumption: Peaks at around 50W under heavy load, efficient for the system’s performance class.
Front LCD Display: The configurable LCD panel allows direct monitoring and setup, a handy feature for easy system management.
Excellent for Multi-User Environments: Multi-channel network support and high bandwidth make it ideal for collaborative, multi-client setups.

CONS

High Price Point: At around $1,299, it’s a premium option, potentially limiting appeal for home users and hobbyists.
No Integrated Graphics: Lacks GPU support, limiting multimedia transcoding and high-end streaming capabilities.
Software Limitations: ADM 5 is solid but doesn’t match the multimedia and AI features found in competitors like Synology and QNAP.
M.2 NVMe Slots Limited to PCIe x1: Each NVMe slot is limited to x1 speed, slightly capping potential performance for SSDs.

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If you like this service, please consider supporting us. We use affiliate links on the blog allowing NAScompares information and advice service to be free of charge to you.Anything you purchase on the day you click on our links will generate a small commission which isused to run the website. Here is a link for Amazon and B&H.You can also get me a Ko-fi or old school Paypal. Thanks!To find out more about how to support this advice service check HEREIf you need to fix or configure a NAS, check Fiver Have you thought about helping others with your knowledge? Find Instructions Here  

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