Basic DVB-T2 Receiver | Rural areas with strong signals, budget users | Supports DVB-T2 (ETSI EN 300 468), 256MB RAM (DDR3), no Wi-Fi, SD resolution (720p) | Cost-effective, simple setup, reliable signal reception | Limited to SD resolution, no streaming support, minimal RAM (▲1x vs Industry Standard) |
Advanced DVB-T2 Receiver (JUNUO) | Urban areas, Full HD TV setups | Supports H.265 (HEVC) compression (ITU-T H.265), 512MB RAM (DDR3), 802.11ac Wi-Fi (▲2x RAM vs Basic) | Full HD 1080p (1920x1080), efficient bandwidth use via H.265, USB firmware updates | Higher cost, lacks 4K support, no built-in streaming apps |
Streaming Media Player | Urban households with fast internet | Supports 4K streaming (HDMI 2.0), 1GB RAM, Wi-Fi 6 (▲3x speed vs JUNUO’s 802.11ac), no DVB-T2 | Access to Netflix/YouTube, high-resolution streaming, app ecosystem | Requires stable internet, no DVB-T2 compatibility, no USB firmware updates |
Hybrid Set-Top Box | Mixed signal/internet environments | Combines DVB-T2 and Wi-Fi 6, 1GB RAM (▲2x RAM vs JUNUO), supports 1080p and streaming apps | Versatile for both terrestrial and streaming content, dual functionality | Higher cost, complex setup, marginal performance for 4K streaming |
4K Ultra HD Set-Top Box | High-end home theaters, 4K displays | Supports H.265/HEVC 4K (3840x2160), 2GB RAM (▲4x RAM vs JUNUO), HDMI 2.1, Wi-Fi 6 | Crisp 4K resolution, advanced compression handling, future-proofed | Expensive, requires strong signal/internet, incompatible with SD TVs |
Entry-Level Set-Top Box | Budget users, basic TV needs | Supports DVB-T2 only, 128MB RAM (DDR2), no Wi-Fi, composite AV output | Lowest cost, minimal power consumption | SD resolution only, no USB updates, incompatible with modern displays (▲0.5x RAM vs Industry Standard) |