SLNT Essential Faraday Backpack
Effortlessly integrate privacy and security into your daily routine with our Essentials Faraday backpack. The Essentials Faraday backpack is equipped with an embedded signal-blocking Faraday sleeve designed for laptops, but suitable for smaller devices like phones, tablets, or key fobs. Secure your devices within the Faraday sleeve to shield from remote tampering, GPS tracking, and hacking attempts. Plus a hidden RFID-blocking pocket to safeguard your credit cards and passport from skimmers, crafted with recycled materials, durable and a sleek, modern look.
Key Features:
– Patented Silent Pocket® Faraday Cage laptop sleeve with magnetic closure
– Fits up to 16-inch Laptop
– The main compartment features multiple zippered and mesh organization pockets (Non-signal blocking)
– Interior molle loops to attach auxiliary accessories
– A soft loop nonscratch compartment for glasses & valuables
– Two quick-access zippered compartments with additional internal organization
– Ergonomic back panel and shoulder strap support
– Sternum strap for ergonomic support
– Hidden RFID blocking zipper compartment
– Two designated water bottle pockets
– Luggage pass-through
– Made from recycled materials
Specifications:
Exterior material: Recycled 700D Water-Resistant Material
Hardware: Duraflex® and YKK® zippers
External size: 18.5 x 12 x 5.8 in (47 x 30.4 x 14.7 cm)
Volume: 18 liters
Weight: 1.30 kgs
Faraday Laptop Sleeve
– Lining: Multishield® Faraday Shielding Material
– Internal use size: 14.95 x 11.1 in (38 x 28.2 cm)
Silent Pocket® Faraday Technology Blocks:
– Silent Pocket® with Multishield® (Faraday Shielding Material) is MIL‐STD‐188‐125‐2 compliant, and exceeds IEEE 299-2006 (1 – 40GHz) standards.
– Blocks 100 dB+ Cellular, WiFi, Bluetooth, GPS, RFID, NFC, EMP, and EMF Radiation
– Blocks CDMA, GSM, DCS, PHS, 3G, 4G, 5G, LTE
– Blocks WiFi (2.4 – 5 GHz), Bluetooth (2.4 GHz), and GPS (1-2 GHz)
– Blocks RFID and NFC @ 13.56 MHz
– Shields against EMP, HEMP, CME, Solar Flare, and static shock
– Blocks Carrier, hardware, and OS agnostics
