Foscam SPC WiFi Spotlight Camera Review – Part1: Unboxing and Teardown

I’ve been reviewing a few IP cameras with built-in AI features with Vacom Cam, Reolink RLC-810A, and Annke CZ400 AI security camera which had by far the most advanced features going beyond human detection with luggage monitoring, line crossing-detection, and many more.

Today, I’ve received another model with basic human detection. But Foscam SPC security camera also happens to come with a motion-activated spotlight, and it is the first camera I’ve ever received with support for dual-band WiFi meaning 2.4GHz or 5 GHz WiFi can be used as needed. In the first part of the review, I’ll go through the specs, do an unboxing, and go through teardown photos to check the internals.

Foscam SPC key features and specifications

Some of the highlights listed in the user manual and package:

  • Camera
    • 4MP camera up to 2560×1440 resolution @ 25 fps, 156° view of view (diagonal)
    • HDR support
    • 2x white LED and 2x IR LED for night vision up to 10 meters
  • Audio  – Microphone and speaker for two-way audio; siren up to 110dB
  • Storage – MicroSD card socket or/and cloud storage
  • Detection
    • PIR motion sensor
    • Human detection through AI
    • Sound detection
  • Connectivity
    • Ethernet
    • Dual-band (2.4/5Ghz) WiFI with WPA/WPA2 encryption
    • P2P feature for remote Access
    • Network protocols – IP, TCP, UDP, FTP, DHCP, RTSP, ONVIF
  • Misc- Reset button
  • Power Supply – 12V/1A via DC jack
  • IP Rating – IP66

The camera works with Alexa and Google Assistant, and the company provides the Foscam mobile app for Android (2.9/5 review score) or iOS (3.2/5). User reviews are mixed but since it’s for a wide range of cameras, we’ll have to see how it works with this model in particular. If you prefer accessing the camera from a computer, the “Surveillance Software Foscam VMS” works in Windows and Mac OS. The user manual only mentions ONVIF configuration in the desktop program, not the mobile app. So it may be a pain to enable for Linux users.

Foscam SPC Unboxing

Let’s now take out all items from the package.

Foscam SPC Unboxing

We have a 12V/1A power supply, the spotlight camera itself attached to a mount with a cable for power and Ethernet, an Ethernet cable plus associated waterproof kit, a mounting kit with screws and dowels, a Quick Start Guide in English, and some stickers.

WiFi Spolight cameraLooking at the camera itself we’ll find a microphone hole, two spotlights (white LEDs), two IR LEDs, the camera lens, and a PIR motion sensor at the front, while on the bottom we can see a speaker grid, as well as a reset button and a MicroSD card slot.

Foscam SPC MicroSD Card

Teardown

I don’t have my tools with me right now, and I usually don’t usually feel comfortable opening a waterproof device. But looking at the FCC ID (ZDES41) allowed me to find internal photos directly from the FCC website, which can show us how to open Foscam SPC and find out more about the hardware design.

Foscam SPC teardown

In order to open the camera, we’d have to unglue the top cover, and loosen four screws to access the boards inside.

Foscam SPC antennas

There are two antennas attached to the enclosure, I suppose for 2.4 GHz and 5 GHz frequencies. The FCC photos also show the camera lens and PIR sensor.

Camera lens PIR sensorBut since everything is pretty blurry, there’s no much we can learn here. What’s more interesting is the photo with the processor and WiFi module.

Mstar SSC337DE camera board

The board is based on one of the newer Sigmastar SSC33x processors, specifically SSC337DE Cortex-A7 processor with 128MB embedded memory,  support for 1080p60/5MP cameras, but no AI accelerator. So any human detection algorithm should run on the CPU. I can also see a camera solution with SSC337DE camera and SC4320 4MP camera on Unifore website which may be what we have here. As explained in our previous article, SSC377D is pin-to-pin compatible with Hisilicon Hi3516EV300, so the new Sigmastar processor may be a way to avoid sanctions without having to fully redesign a camera board.

The wireless module is a Realtek RTL8822CS 2×2 MIMO 802.11ac WiFi 5 plus Bluetooth 4.2/5.0, although I don’t think the camera uses Bluetooth at all.

That’s all for today. I’ll have to find a location to install the camera, and then I’ll review it with the Android app. I’ll be using Ethernet or 2.4 GHz WiFi, as my phone only support 2.4 GHz, as as I understand it the camera and phone must use the same WiFi network.

I’d like to thank Foscam for sending SPC WiFi spotlight camera for review. If you are interested if can be purchased for $89.99 or less with SPC coupon on their store or Amazon.