SM137
Professional Instrument Condenser Microphone



Cardioid instrument condenser microphone offers natural sound reproduction in both acoustic and high volume performance applications. Features include a thin diaphragm, a Class-A preamplifier, pad for performance consistency, and low self-noise.

Product Details
What is the SM137 best suited to?
It’s ideal for the professional musician looking to mic up their instrument such as acoustic guitar, cymbals, strings, piano and many others, either in a live or recording environment.
What are the characteristics of the SM137?
The SM137 uses an ultra-thin diaphragm for quick response, a very smooth high end, and tight bass. It has a transformerless design, low-noise operation and 15dB pad for high SPL sound sources.
- Ultra-thin diaphragm for smooth high end and tight, controlled low end
- Transfomerless Class-A preamplifier
- 15dB pad for performance consistency across a wider range of high SPL sources
- Low self-noise and transformerless preamplifier circuitry
Videos
SM137 Videos
Support
Customer Support
Service & Repair
Detailed policy information regarding customer service numbers, service modifications, and replacement parts.
Service & RepairContact Us
Submit a ticket directly to Shure Customer Service staff, or reach out via phone or email.
Contact UsResources
Shure Tech Portal
Complete product documentation, technical support materials, software and firmware, and other tools and resources for all Shure products, in one place.
Sign In
Documentation
User Guide & Specs
-
insert_drive_file
Spec Sheet
-
cloud_download
Brochure
-
cloud_download
Find An Answer
Comparable Products
PGA81
Cardioid Condenser Instrument Microphone
Cardioid condenser instrument microphone delivers excellent sound, even in sensitive acoustic instrument performance and recording.
KSM137
Cardioid Instrument Microphone
A versatile, durable, and precise single cardioid polar pattern instrument microphone.
KSM141
Dual Pattern Instrument Microphone
End-address condenser microphone with mechanically switching dual polar patterns.