Posted on

Tesla FSD 14.3.6 Finally Stops! M5 MacBook Wi-Fi 7 Speeds & Wall Connector Fail

In this stream, we take a deep dive into building and benchmarking a high-performance multi-gigabit network. We cover everything from setting up the Hitron CODA56 DOCSIS 3.1 cable modem to configuring the EnGenius ESG620 Cloud Security Gateway and powering heavy-duty multi-gig gear with the EnGenius ECS5512FP 10GbE PoE switch.

Watch as we walk through live throughput testing, configurations, cloud management features, and real-world performance results.

Featured Gear

Networking Hardware (Available at Keenan Systems)

Tech & Accessories (Amazon)

Stream Chapters

  • 0:00 – Stream Start & Overview
  • 2:15 – Unboxing & Overview: Hitron CODA56 Cable Modem
  • 7:30 – Setting up the EnGenius ESG620 Security Gateway
  • 15:10 – Overview of the EnGenius ECS5512FP 10G PoE Switch
  • 24:45 – Wiring & Network Topology Setup
  • 33:20 – Live Multi-Gig Speed & Throughput Benchmarks
  • 45:10 – Cloud Management & Dashboard Walkthrough
  • 56:30 – Viewer Q&A and Troubleshooting
  • 1:05:00 – Final Thoughts & Wrap Up

Tesla Referral Links

Support the channel by using our referral links when ordering your next vehicle:

Connect With Us

Jeff Keenan

Bryan Slayman

Posted on

MacBook Air M5 Wi-Fi 7 Test: Apple N1 vs Intel BE200 (EnGenius vs Ruckus)

Featured Hardware & Links

In this video, Jeff Keenan tests the all-new MacBook Air M5 featuring Apple’s custom in-house Apple N1 Wi-Fi 7 chip.

We benchmark the Apple N1 chip against two top enterprise Wi-Fi 7 access points—the EnGenius ECW536 (4×4) and the Ruckus R770 (2×2)—both configured on the 6 GHz band with 320 MHz wide channels. We also pit the MacBook Air M5 directly against a Windows PC powered by the Intel BE200 Wi-Fi 7 chipset.

Using a local OpenSpeedTest server over a 10GbE local network, we measure raw local throughput at 10 feet line-of-sight and test real-world penetration at 50 feet through multiple walls. Plus, we look at how Multi-Link Operation (MLD) across all three bands gives the MacBook Air M5 a distinct advantage for connection stability as 6 GHz signals fade.