
Shure BLX88=-H10 Dual Wireless Receiver H10 Band
A dual-channel wireless receiver with QuickScan frequency selection and 300-foot range for running two Shure BLX mics simultaneously.
*Price sourced from Amazon.com. Last updated:Jun 28, 2026.Price and availability are subject to change.
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Overview
Key Features
H10 (542–572 MHz) UHF FREQUENCY BAND: Operates on the H10 (542–572 MHz) UHF frequency band for dependable wireless audio transmission in regions where this spectrum is authorized. Verify local compliance before ordering.
EXTENDED WIRELESS RANGE: Provides dependable audio reception up to 300 ft (91 m) line-of-sight under typical conditions, helping maintain stable wireless performance for events and presentations.
DUAL-CHANNEL RECEIVER ONLY: Includes BLX88 dual-channel receiver and power supply. Compatible with BLX1 bodypack and BLX2 handheld transmitters. Transmitters and microphones are sold separately.
QUICKSCAN FREQUENCY SELECTION: One-touch QuickScan frequency selection automatically locates the best available RF channel to help minimize interference during setup.
PROFESSIONAL AUDIO CONNECTIVITY: Features wo XLR and two 1/4-inch outputs with LED audio indicators, built on Shure UHF design for reliable, consistent performance.
Specifications
Pros & Cons
👍 Pros
- Dual-channel design lets you run two wireless microphones from a single rack-mount receiver
- QuickScan automatically finds the cleanest available frequency, simplifying setup in crowded RF environments
- Both XLR and 1/4-inch outputs per channel provide flexible connectivity to various audio equipment
- Supports expansion up to 12 channels per frequency band for growing wireless setups
- Shure build quality and a 2-year warranty back the receiver for long-term reliability
👎 Cons
- Receiver only — transmitters and microphones must be purchased separately, adding to total system cost
- Must match the H10 frequency band exactly when purchasing transmitters, which limits buying flexibility
- No built-in rechargeable battery option for the transmitters; they rely on AA batteries
- Lacks diversity antenna technology found in Shure's higher-end receiver lines, potentially reducing RF reliability in dense environments