Mylinking

🔍 What Is Mylinking™ Network TAP? Your Network’s Silent Superhero
Tired of blind spots, risky port mirroring, and downtime during monitoring?
Meet Mylinking™ Network TAP (Test Access Point) — the non‑intrusive hardware that gives you FULL visibility without breaking your network.
✔ What it does
Inline “traffic splitter” that copies 100% of packets
Sends original traffic forward → NO disruption
Delivers duplicate data to IDS, monitoring, forensics tools
Zero latency • Zero packet loss • Zero interference
✔ Why you need it
✅ Passive & Reliable
Passive TAPs need no power — main link stays UP even if power fails.
✅ Total Visibility
Captures full‑duplex traffic, errors, and encrypted packets SPAN ports miss.
✅ Secure Monitoring
Non‑intrusive, undetectable, no attack surface.
✅ Faster Troubleshooting
40% faster incident detection & investigation.
✅ Stronger Security
Improve threat detection by 50% — catch breaches early.
✔ Common Types
Passive TAP: No power, fiber‑friendly, zero failure risk
Active TAP: Regenerates signals for long‑distance links
Bypass TAP: Keeps networks online if security tools fail
Aggregating TAP: Multi‑link → single monitoring tool
👥 Perfect for
NetSec teams • Data centers • Enterprises • IT admins
Ideal for threat hunting, compliance, forensics, performance monitoring.
Visibility = Security. TAPs = Peace of Mind.

🚀 Boost Your Network Visibility | Mylinking™ ML‑NPB‑5690 Network Packet Broker
Tired of messy traffic, blind monitoring, and overwhelmed security tools?
Meet your new 1.8Tbps network visibility powerhouse 👇
🔹 Key Superpowers
✅ 6×100G/40G QSFP28 + 48×10G/25G SFP28 – full-speed capture & distribution
✅ Replication, Aggregation, Load Balancing – traffic flows exactly where you need
✅ L2–L7 deep filtering (7‑tuple + first 128B custom match)
✅ Hardware VxLAN/GRE/GTP/MPLS encap/decap
✅ Nanosecond precision timestamp
✅ Line‑speed packet slicing & deduplication
✅ SSL decryption & application protocol ID (HTTP, FTP, DNS, MySQL & more)
✅ P4 programmable chip – adapt fast to new protocols & networks
✅ 1U rack, dual redundant power – rock‑solid deployment
🔹 Who It’s For
Network engineers • Security teams • Data centers • Cloud & carrier operators
Perfect for traffic monitoring, protocol analysis, security audit, big data analytics & risk management.
🔹 Why ML‑NPB‑5690
✔ Full visual traffic control
✔ Line‑speed processing, zero packet loss
✔ Flexible CLI/Web/SNMP/SYSLOG management
✔ Enterprise‑grade stability & easy integration
Upgrade your network visibility today.
See traffic clearly. Act intelligently. Stay secure.

🚀 Mylinking ML-BYPASS-M2000 Network Packet Broker plus Inline Bypass Switch: Your Network’s Security & Reliability Guardian!
2.4Tbps throughput |

is an open, industry-standard protocol developed by Inmon Corporation, defined in RFC 3176. Contrary to what its name might suggest, sFlow has no inherent “flow tracking” logic—it is a sampling-based telemetry technology that collects and exports network traffic statistics to a central collector for analysis. Unlike stateful protocols like , sFlow does not store flow records on network devices; instead, it captures small, representative samples of traffic and device counters, then promptly forwards this data to a collector for processing.

At its core, sFlow is designed for scalability and low resource consumption. It is embedded in network devices ( , , , ) as an sFlow Agent, enabling real-time monitoring of high-speed links (up to 10 Gbps and beyond) without degrading device performance or network throughput. Its standardization ensures compatibility across vendors, making it a universal choice for heterogeneous network environments.

Traditional three-tier architecture vs. Spine-Leaf architecture


Structure: Tree-like Access (leaves) → Aggregation (branches) → Core (trunk)
Layers: Three layers (Core, Aggregation, Access)
Connectivity: Hierarchical with potential bottlenecks


Structure: Grid-like Data jumps between Leaves via shortest paths
Layers: Two layers (Spine, Leaf)
Connectivity: Partial mesh for balanced performance

The traditional three-tier architecture resembles a tree, where data flows from leaves (Access) through branches (Aggregation) to the trunk (Core). In contrast, Spine-Leaf is like a grid, enabling shortest-path jumps between Leaves.