YN-622N i-TTL wireless transceiver is a high performance 2.4G wireless flash trigger designed for Nikon users. Different photographic effects can be realized through setting the flash at 360 degrees. It supports i-TTL and manual flash, front-curtain sync, rear- curtain sync and high-speed sync(Auto FP), the highest sync speed is 1/8000s*. it can remote change flash exposure compensation or flash output of each group, supports different flash mode mix using. Supports the transmitter installed i-TTL flash, in addition, it supports the master unit on transmitter sets the parameters of each group. This product is a wireless transceiver design , the distance of remote control reaches 100M, supporting 7 wireless channels and A/B/C three groups, and with AF assist beam emitter function.
Compatible flash mode: i-TTL, Manual flash.
Compatible Shutter sync: front-curtain sync, rear- curtain sync and high-speed sync(HSS/FP), the highest sync speed is 1/8000s*.
Support remote set the parameters of flash through the transceiver (Remote Control Mode).
Support i-TTL/Manual/Repeating flash mode mix using(Mix Control Mode).
Support the flash installed on transmitter(on-top flash)and supports i-TTL function.
Support the use of master unit on transmitter sets the parameters of each group(Master Control Mode).
Support FEC, FVL function.
Support modeling flash and red-eye reduction flash.
Support flash zooming (auto).
Built-in AF assist beam emitter (AF Lamp).
Settings saved automatically.
Compatible with YongNuo/ Nikon series flashes.
Support PC port triggering strobe flashes.
PC port support front/rear curtain sync and high-speed sync(Super Sync)function.
Support single-contact of camera & flash triggering (max sync speed is 1/250s).
*The highest sync speed of some camera types is 1/4000s, some of flash or camera models may reach to 1/250s only or less if it doesn’t support high sync speed.
*The transmission distance may be shorter depending on the conditions such as the positioning of slave units, the surrounding environment and weather conditions.
The functions of this page are based on test conditions of our company. Further notice will not be given if the design and specifications change.