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Mylinking

Name: Mylinking
Address: Macao, MO
Telephone: +85362164115

Byte & Packet Insights, Network Traffic Visibility, Monitoring, Management, Analytics and Security

17/08/2026

Unlock higher return from your existing high‑speed switch ports with Network Packet Broker Port Breakout solution 🚀
Many data‑center operators face a common challenge: core switches run 40G (or higher) ports, while many traffic‑monitoring, threat‑detection and packet‑analysis servers only support 10G network interfaces. Direct 1:1 connection wastes valuable port resources.
Our NPB solves this with Port Breakout capability:
As illustrated:
✅ Option A: Classic 1:1 connection
Direct 40G‑to‑40G link between switch and NPB.
✅ Option B: 1‑to‑4 Port Breakout (Key Value)
Receive one 40G QSFP‑SR4 traffic input via MPO multimode fiber.
The Network Packet Broker breaks out this single 40G stream into four separate 10G streams, output via SFP‑10GB‑SR to power up to four monitoring servers at the same time.
This enables you to replicate and distribute the same traffic set to multiple tools — IDS, network analyzers, forensic capture systems — without purchasing new high‑speed NIC hardware for all your servers.
💡Key benefits:
▪ Optimize utilization of expensive 40G switch ports
▪ Maximize ROI for your existing 10G monitoring servers
▪ Flexible traffic distribution for full network visibility
▪ Works seamlessly with mainstream switch hardware and Intel X520/X710 server NICs
If you manage data‑center network operations, this is one capability you should evaluate for your visibility stack.

10/08/2026

Based on Traffic Capture, Replication, Aggregation, Packet Filtering, Slicing, Masking, Deduplication, and Timestamping Technologies etc. of Network Tap, Network Packet Broker, and Inline Bypass Switch, we provide a one-stop solution for Network Monitoring and Network Security in Data Center, Cloud Platform, Big Data, Telecom Operator, TV Broadcasting, Government, Education, IT, Finance, Bank, Hospital, Transportation, Energy, Power, Petroleum, Enterprise and other industries.

03/08/2026

Why need Network , for your , ?
✅ High Availability: An inline bypass tap can ensure that network traffic continues to flow even if a security tool or device fails or experiences an outage. This is critical for maintaining network uptime and availability, which is essential for business continuity.
✅ Scalability: As network traffic volumes grow, the demand for security tools also increases. An inline bypass tap can help to scale security infrastructure without disrupting network operations, by enabling seamless integration and removal of security devices as needed.
✅ Flexibility: An inline bypass tap can support multiple security tools in a single network segment, enabling more comprehensive network security coverage. Additionally, an inline bypass tap can enable flexible deployment options, such as in-line or out-of-band, based on the needs of the organization.
✅ Performance Optimization: Network traffic can be inspected and filtered more efficiently with an inline bypass tap, which can offload traffic from security devices that may become overwhelmed or overloaded. This can improve network performance and reduce latency.
✅ Cost Savings: By reducing the risk of downtime and optimizing security tool usage, an inline bypass tap can help organizations to avoid the costly consequences of network outages, system failures, and data breaches.
In summary, an inline bypass tap is a critical component in network security infrastructure that provides high availability, scalability, flexibility, performance optimization, and cost savings. By deploying an inline bypass tap, organizations can enhance their network security and minimize the risk of network disruptions and security breaches.

27/07/2026

If you operate virtualized cloud or data center infrastructure, VxLAN is essential for network virtualization — but it brings a big challenge for security teams.
All original business packets are encapsulated behind outer Ethernet, IP, UDP and VxLAN headers. Standard monitoring tools can only read the outer tunnel information, completely blind to the inner traffic flows.

Network Packet Broker solves this with built-in **VxLAN header stripping capability**.
As shown in the VxLAN frame format diagram, the NPB intelligently identifies encapsulated VxLAN traffic, strips away the outer Ethernet, outer IP, UDP and VxLAN headers, and forwards the native inner packets to your IDS, NPM, APM and forensics platforms.

Take a look at the standard VxLAN packet structure:
Outer Ethernet Header → Outer IP Header → Outer UDP Header → **VxLAN Header** → Inner Original Packet

✅ Mylinking NPB automatically strips all outer encapsulation layers
✅ Extract clean inner Ethernet & IP packets for deep traffic analysis
✅ Hardware line-speed processing — zero packet loss, no latency
✅ Unlock full threat detection, DPI and performance monitoring for virtualized networks

🎯 Ideal Use Cases
Cloud data centers | Virtual server environments | East-West traffic monitoring | Security compliance auditing

This enables your security stack to run full L2-L7 inspection, application identification and threat analysis on the real payload. All processing runs at hardware line speed without introducing latency or dropping packets.

Gain full visibility into east-west virtual traffic and eliminate VxLAN blind spots once and for all.
Message us if you need a solution for your virtual data center monitoring architecture!

20/07/2026

If you run virtualized cloud or data center networks using VxLAN, GRE, MPLS or other tunneling protocols, you’ve likely run into a huge visibility problem: all your real business traffic is wrapped inside outer tunnel headers, leaving your monitoring tools blind to inner-layer threats and performance issues.
Mylinking’s Network Packet Brokers and Network TAPs solve this challenge with built-in hardware tunnel de-capsulation, as demonstrated in our diagram.
Wrapped VxLAN or GRE packets pass through the NPB/TAP, where the device automatically removes all outer encapsulation headers, and forwards the clean, original inner packets to your security and analytics tools. This lets your IDS, NPM, SIEM and APM systems fully inspect raw payloads without any blind spots.
Our hardware supports a full suite of mainstream tunnel standards: VxLAN, GRE, MPLS, VLAN, QinQ, GTP, SRV6, Fabric-path and more, perfectly matching hybrid cloud, telecom carrier and enterprise data center architectures. The decapsulation runs at full line speed with no latency or dropped packets, even on high-density 100G links.
Stop guessing what’s hidden inside your tunnel traffic. Gain complete, unobscured network visibility for security audits, troubleshooting and threat hunting.
Drop a comment if you need a tunnel visibility solution tailored to your cloud stack!

📦 How it works (shown in our diagram):
Incoming wrapped tunnel packets (VxLAN / GRE) enter the NPB/TAP
Hardware strips outer MAC, IP & tunnel headers instantly
Output clean original inner packets for your IDS, NPM, APM tools
🌐 Supported Tunnel Protocols
VxLAN | GRE | MPLS | VLAN | QinQ | GTP | SRV6 | Fabric-path & more
🎯 Key Benefits
✅ Line-speed decapsulation with zero packet loss
✅ Full visibility into east-west cloud virtual traffic
✅ Accurate DPI & threat inspection on original payloads
✅ Simplify security monitoring for hybrid & cloud data centers

13/07/2026

Who is behind your reliable network visibility hardware? Today we introduce Mylinking.
As a wholly-owned subsidiary of Transworld with over 15 years of industry experience starting from 2008, Mylinking focuses exclusively on end-to-end network traffic visibility technology.
We design and manufacture a full portfolio including Network Taps, Network Packet Brokers and Inline Bypass Switches. Our core technologies enable lossless inline & out-of-band traffic capture, replication, aggregation, slicing, masking and deduplication, delivering accurate raw data to your IDS, NPM, APM and security analysis tools.
Our solutions serve a wide range of vertical industries: telecom operators, cloud data centers, financial institutions, hospitals, energy enterprises, government, education and TV/CATV broadcasting systems. All products pass global quality standards and are widely deployed worldwide.
We stick to core values: high efficiency, passion and integrity. We offer flexible customized hardware design and full-cycle technical support for every partner.
If you’re looking to upgrade your network monitoring architecture or need custom OEM/ODM orders, send us a message to discuss cooperation!

06/07/2026

Tired of fragmented monitoring, packet loss on high-speed 100G links, and limited traffic pre-processing from basic taps?

💰Meet Mylinking ML-NPB-5690, the 1.8Tbps high-density Network Packet Broker built for hyperscale enterprise and cloud data centers💰

🔋 This 1U rack NPB combines 6 100G QSFP28 uplink ports with 48 25G SFP28 access ports, delivering wire-speed replication, aggregation, load balancing and intelligent traffic filtering at full 1.8Tbps throughput. Powered by ASIC + multi-core CPU and a P4 programmable engine, it supports instant adaptation to emerging tunneling protocols and custom matching rules without hardware upgrades.
🔋 Eliminate encrypted traffic blind spots with hardware SSL decryption; strip VXLAN/GRE/MPLS/GTP tunnel headers on the fly; remove duplicate packets, slice payloads and mask sensitive data to cut monitoring tool load. Built-in nanosecond timestamp, full DPI application identification and multi-version NetFlow output deliver complete, actionable traffic insights.
🔋 Dual redundant power, comprehensive multi-protocol management and real-time traffic alarm systems guarantee stable 24/7 operation for mission-critical network links.
🔋 Perfect for centralized traffic collection, inline security orchestration and unified visibility across firewalls, IDS, APM and big data analysis platforms.
🔋 Drop a comment if you need a customized port layout solution for your data center!

29/06/2026

Struggling with messy multi-link traffic collection, unstable inline security links, or limited SPAN port resources?

Mylinking ML-TAP-2401B is your all-in-one high-density gigabit network tap & traffic scheduler built for enterprise and data center demands.

This 1U rack device combines 16 copper GE ports and 8 SFP fiber slots to deliver up to 24Gbps line-speed processing. It supports two flexible deployment architectures: inline serial bypass for firewalls/IPS, and SPAN mirror mode for passive traffic aggregation.
Powered by ASIC + TCAM hardware engine, it enables precise L2-L7 rule matching, custom 128-byte UDF identification, multi-port traffic replication and weighted load balance. Its industry smart bypass technology cuts failover time below 50ms, avoiding network flash break during power fluctuations. Dual redundant power supplies and complete multi-protocol management guarantee non-stop operation.

All captured raw packets can be distributed to IDS, NPM, APM, big data analysis and security auditing systems without packet loss.
Have you been looking for a compact multi-port tap to simplify your monitoring architecture? Drop your network demands in the comment section!

22/06/2026

Network are foundational to modern and . They provide reliable, zero‑impact visibility, complete packet capture, strong security, simplified operations, and long‑term cost savings. Whether you choose a passive for maximum reliability or an Active Network Tap for flexible enterprise deployments, tapping is the most trusted way to access critical traffic without risk.

For any organization serious about stability, security, and performance, RJ45 Tap visibility is no longer optional—it is essential.

🎯 Ideal Use Cases for Network RJ45 Taps
✅ Security Monitoring: IDS / IPS / SIEM / threat hunting
✅ Network Performance Monitoring: NPM / APM / latency analysis
✅ Forensics & Compliance: Audit logs, packet capture, PCI DSS, HIPAA
✅ Troubleshooting: Isolate bottlenecks, packet loss, errors
✅ Data Center & Server Farm Visibility: East-west traffic monitoring
✅ VoIP & UC Quality Assurance: Jitter, delay, packet loss analysis

15/06/2026

Mylinking ML‑NPB‑3440L redefines what is possible in . By solving Tool Oversubscription, Blind Spots in East-West Traffic, and Packet Loss During Monitoring, it transforms fragmented, lossy, incomplete monitoring into a reliable, high-performance, full-visibility backbone.
With 320Gbps capacity, mixed-rate 1G/10G/40G/100G interfaces, deep L2–L7 intelligence, and full tunnel processing, the ML‑NPB‑3440L is the ideal Solution for:
✅ Enterprise data centers
✅ Carrier-grade networks
✅ Financial services
✅ Healthcare
✅ Government
✅ Education
✅ E-commerce and cloud platforms
If you are ready to eliminate blind spots, stop packet loss, eliminate tool oversubscription, and build a truly resilient observability architecture, the ML‑NPB‑3440L is your foundational platform.

Endereço

Macao

Horário de Funcionamento

Segunda-feira	09:00 - 18:00
Terça-feira	09:00 - 18:00
Quarta-feira	09:00 - 18:00
Quinta-feira	09:00 - 18:00
Sexta-feira	09:00 - 18:00
Sábado	10:00 - 15:00
Domingo	10:00 - 15:00

Telefone

+85362164115

Website

https://www.mylinking.com/

Notificações

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