SDWAN Optimizer

SDWAN is a Software-Defined the virtual Wide-Area Network (= virtual dedicated data line) from Broadband, Lease line, MPLS or 4G/5G ... between Hong Kong, Asia and China.

SDWAN Optimizer reduce bandwidth cost and Accelerate Internet application, build on top of SDWAN

20%~200% speeds up internet after SDWAN Optimizer.

by using real time Packet Compression, Packet Correction, Packets Deduplication, Packet cache, Software Define WAN (SDWAN, as similar as MPLS line or lease line).

Gain Bandwidth from the SDWAN protocol via hardware level Intel AES-NI (Advanced Encryption Standard New Instructions) instruction set.

We are providing the most simple [SDWAN] and [Optimizer] solutions to gain bandwidth acceleration :
  • Step 1 : just need TWO units of OSIgate 6000i SDWAN Optimizer (Acceleration) Routers.
  • Step 2 : pre-define a pair of internal IP and WAN IP on each OSIgate 6000i unit, (set some static routing).
  • Step 3 : Plug the device behind the firewall and allow SDWAN TCP/UDP port : 4050

Result : HQ/IDC and Branch(es) connected with virtual Internal network but WITHOUT establish VPN, become more stable, faster, more secure, cross border ...

* Internal network = Private IP network, i.e.,,


SDWAN Key advantages include:

  • Reducing costs fixed point to point circuit facility. i.e. MPLS, lease line, 4G/5G ... etc.
  • Improving internet application bandwidth performance and increasing agility.
  • Simplifying operations with automation and virtual cloud-based management.
  • Highly improve internet security between branches/HQ/Cloud
  • Highly improve Bandwidth performance between branches/HQ/Cloud if enable SDWAN optimizer

SDWAN Optimizer : Acceleration is the Key advantages, include

Packet Loss Recovery

Packet Loss Recovery and Forward Error Correction recover from loss early which ensures data is delivered reliably, improves link quality, improves application performance and accelerates TCP.

Universal Deduplication

Cross flow deduplication removes deduplicate byte patterns, irrespective of source protocol, application or session that originated the initial data. Byte patterns are saved persistently on disk for future network matches.

TCP Acceleration (multi-packet compression)

The full transparent TCP Acceleration Performance Enhancing Proxy (PEP) can significantly enhance TCP performance with High Speed TCP

Quality of Service

Deep packet inspection Classification, Marking and Traffic Shaping ensures business priority and bandwidth-intensive traffic receive the most optimal quality of service

Packet Order Correction

Correcting packet order on the fly helps avoid the negative performance impacts and retransmissions due to out of order packets.

Stream Compression

Real time stream compression of network data on the fly for higher compression ratios, acceleration & bandwidth savings.

Path Selection

Load balance traffic over multiple WAN gateways by setting link metric thresholds and Layer7 traffic policies.

Bridge Appliance

The Wan Optimizer is by default a bridge appliance, which enables quick and simple deployment, is non-intrusive and preserves the natural traffic flow.

NetFlow Analytics

The Web Interface powered by Open Source Linux, provides Visibility into Wan Optimizer performance, Protocol statistics, System Health information and configuration options

Tunnel Mode

Tunnel mode compliments bridge mode as an alternative and flexible deployment option to route traffic through the Wan Optimizer.

Network Transparency

Source and Destination addresses are preserved for network visibility. The Wan Optimizer does not translate addresses or proxy traffic.

use TWO [SDWAN] and [SDWAN Optimizer] devices to connect two offices,  built a SDWAN virtual lease line, with TCP/IP acceleration via SDWAN protocol...

* [SDWAN] a new technology to replace VPN

* [SDWAN Optimizer] a new technology to compress packet, QOS and do TCP/IP acceleration, increase bandwidth performance 

Collect metrics / problem detection for Netgate Firewall, pfSense, OS & applications

Read More ...

NetGate XG-7100-HA

  • Fault tolerance, Load Balancing & Failover
  • Quad Core,8GB DDR4 Non ECC, 16GB DDR4 SODIMM Additional Memory (24GB Total)
  • 2x 10GbE Intel x553 SFP+ Ports, 8-port 1Gbps Marvell 88E6190 switch uplinked at 5 Gbps to Intel SoC (2x 2.5 Gbps) for LAN.
  • 1X 3.0 USB, 2X 2.0USB
  • 16 Million active connections

Read More ...

Netgate XG-1537 1U

  • Intel "Xeon-DE" D-1537, 1.7 GHz FCBGA 1667 supported SoC
  • 8 Cores, 8GB~32G DDR4 ECC RDIMM. 500GB, M.2 SSD
  • Dual LAN via Intel® i350-AM2 1 Gigabit Ethernet, Dual LAN via SoC 10GBase-T , Virtual Machine Device Queues reduce I/O overhead,
  • Supports 10GBASE-T, 100BASE-TX, and 1000BASE-T, RJ45 output, 1x Realtek RTL8201N PHY (dedicated IPMI)
  • Network Expansion Options : 4-Port Intel GbE, 2-port Chelsio SFP+ Expansion
  • 8+ Million active connections
  • L3 Forwarding: 18.80 Gbps
  • Firewall: 18.6 Gbps
  • IPsec VPN: 7.12 Gbps

Read More ...

Netgate 4200

  • Intel Atom C1110 with AVX2, 4-core @ 2.1 GHz
  • 4GB, 16G Storage
  • 4x 2.5GbE RJ45
  • 4.0 Million active connections
  • L3 Forwarding: 9.28 Gbps
  • Firewall: 8.61 Gbps
  • IPsec VPN: 3.2Gbps

Read More ...

Netgate 8200

  • Intel® Atom® C3758R with QAT, 8-core @ 2.4 GHz
  • 16GB DDR4, 128G Storage
  • 4x GbE RJ45, 2 x SPF, 2 X Combo
  • 10.0 Million active connections
  • L3 Forwarding: 18.6 Gbps
  • Firewall: 18.5 Gbps
  • IPsec VPN: 3.24 Gbps

Read More ...

Netgate 6100

  • Intel® Atom® C3558 with QAT, 4-core @ 2.2 GHz (Denverton family)
  • 8GB DDR4, 16G Storage
  • 4x GbE RJ45, 10G x SPF, 2 X 1G Combo
  • 10.0 Million active connections
  • L3 Forwarding: 18.6 Gbps
  • Firewall: 18.5 Gbps
  • IPsec VPN: 3.24 Gbps

Read More ...