Shure SM7B Cardioid Dynamic Podcast & Vocal Microphone

Give your podcasts, voice-overs and studio vocals a focused, natural sound with the Shure SM7B. This cardioid dynamic microphone suits Kenyan content creators, broadcasters and recording studios looking for an XLR microphone with flexible vocal shaping.

Its 50 Hz to 20 kHz frequency response captures speech and singing, while the cardioid pickup pattern favours sound arriving from the front. Speak or sing into the end of the microphone and position it close to your voice for a direct recording with less emphasis on sound from behind.

Bass rolloff and midrange emphasis switches let you tailor the sound at the microphone. Reduce excess low-frequency weight or add vocal presence to help spoken words stand out. Internal air-suspension isolation helps reduce mechanically transmitted vibration, while the foam windscreen helps soften breath noise.

From a Nairobi podcast desk to a worship team's vocal recording session, the SM7B connects to an XLR microphone input on an audio interface, mixer or preamp. It is not a USB microphone and has no built-in gain booster. Plan for at least 60 dB of clean preamp gain for voice work, with an inline booster or stronger preamp if your interface cannot supply sufficient gain.

Key Features

• The dynamic capsule captures speech and singing without requiring power for the microphone itself.
• The cardioid pickup pattern reduces sensitivity to sound from the rear for more focused recordings.
• The 50 Hz to 20 kHz response accommodates both spoken-word detail and vocal performances.
• The bass rolloff switch helps reduce excessive low-frequency weight in your recording.
• The midrange emphasis switch helps bring vocal presence forward when needed.
• The internal air-suspension isolation system helps reduce vibration transmitted through the mount.
• The foam windscreen helps soften breath noise during close vocal work.
• The included A7WS close-talk windscreen provides an alternative for close speech recording.
• The three-pin XLR output connects to compatible professional microphone inputs.
• The integrated yoke mount lets you adjust the microphone angle for a comfortable recording position.

Technical Specifications

Brand: Shure

Model / MPN: SM7B

Microphone type: Dynamic broadcast, podcast and vocal microphone

Polar pattern: Cardioid

Sound field: Mono

Orientation: End address

Frequency response: 50 Hz to 20 kHz

Sensitivity: -59 dBV/Pa at 1 kHz

Nominal impedance: 150 ohms

Controls: Bass rolloff and midrange emphasis switches

Output connector: One three-pin male XLR

Microphone power: No external power required

Finish: Dark gray

Case materials: Aluminum and steel

Mounting thread: 5/8-inch-27 female

Product weight: Approximately 766.57 g, as supplied

Packaged weight: 2.695 lb, as supplied

Box dimensions: 13.3 × 7.2 × 4.9 inches, length × width × height, as supplied

Included accessories: Standard foam windscreen, A7WS close-talk windscreen, integrated yoke mount and RPM602 switch cover plate

Connection requirements: XLR microphone cable and compatible audio interface, mixer or microphone preamp

FAQs

Q: How much preamp gain does the Shure SM7B need?
A: Shure recommends at least 60 dB of preamp gain for voice work. If your interface cannot provide sufficient clean gain, use a suitable inline booster or stronger preamp. The SM7B has no built-in booster.

Q: Does the SM7B need phantom power or connect directly by USB?
A: The microphone itself does not need phantom power and has no USB output. Connect it by XLR to a suitable audio interface or mixer. An optional inline booster may require phantom power, depending on its design. An XLR cable, interface and stand or boom arm are separate setup items.

Q: Can I get the Shure SM7B delivered in Nairobi today?
A: Same-day delivery within Nairobi CBD and major suburbs is available for orders placed before the daily cut-off. Contact Zamar Audio Solutions to confirm stock and lock in a delivery window. Countrywide delivery across Kenya is available, with lead times varying by location.