Canon will release new lens gear and accessories for video production on March 29, 2024. In addition, speedlight transmitters produced by Canon will also be released that day.
- Power Zoom Adapter, PZ-E2 and PZ-E2B
- Speedlight transmitter ST-E3-RT (Ver.3)
Power Zoom Adapter PZ-E2/Power Zoom Adapter PZ-E2B
Support video users with advanced zoom controls
This is a detachable power zoom adapter that enables more professional video shooting. By attaching it to the RF24-105mm F2.8 L IS USM Z, users can zoom with high precision during video shooting, which is difficult to do manually. The zoom drive uses a DC motor that has a proven track record in broadcasting and cinema lenses. It offers both quick zoom operations and smooth low-speed zoom.
It is also compatible with the USB power adapter PD-E1 (sold separately), allowing users to shoot while being powered through the USB-C terminal. This allows it to operate in high-speed mode, making it effective even when shooting for long periods of time.
Power zoom adapter PZ-E2
In addition to manually operating the main body switch to zoom, there are various methods depending on shooting style and system configuration, including camera-side operations (assign zoom operations by customizing buttons), and remote operation using EOS Utility/Camera Connect. Operators can choose more freely with this Power zoom adapter.
Power zoom adapter PZ-E2B
In addition to the method of zooming by manually operating the main body switch, this version has features such as controller operation via the 20pin terminal, camera side operation (zoom operation can be assigned by button customization). It also allows for remote operation using EOS Utility/Camera Connect. Various methods can be selected depending on the system configuration.
Speedlight transmitter ST-E3-RT (Ver.3)
Changes from the previous Speedlight Transmitter ST-E3-RT (Ver.2) are as follows:
- Change selection dial
- Product name indication
- Elimination of remote release terminal
Radio communication wireless function
Like compatible Canon gear, this is equipped with the same radio communication wireless function as the Speedlite EL-1. Users can control up to 15 Speedlite EL-1 units in 5 groups set as receivers. Radio communication has a longer communication distance than optical communication (approximately 30m), allowing for fine-grained control.
Compatible with Speedlight EL-1 and Speedlight EL-5
- Radio communication wireless rear curtain sync that captures natural light trails
- Compatible with minute light emission for delicate light expression .
- EL-1 can be set to a minimum of 1/8192, EL-5 can be set to a minimum of 1/1024
- FE memory assists with manual mode settings
Excellent operability and visibility
When all receivers are fully charged, a strobe light will be displayed on the LCD panel, making it easy to check the charge of receivers placed out of sight.
Adopts a selection dial with the same structure as Speedlite 600EX II-RT, Macro Twin Lite MT-26 EX-RT, etc. to improve operability. Also, when setting custom functions (C.Fn) and personal functions (P.Fn), The product name is now displayed at the top left of the screen.
Various receiver settings
The Speedlite EL-1, which has been set as a receiver, can be controlled as follows via wireless radio communication. The configured settings can be saved (one set only) so that they can be recalled at any time.
- Switching and setting between E-TTL II/E-TTL, manual flash (1/1 to 1/128), and multi flash (1/1 to 1/128, 1 to 500Hz)
- Settings for flash exposure compensation (±3 stops, 1/3 steps), FEB (±3 steps, 1/3 steps), high-speed sync, FE lock, modeling flash
- Test firing of the receiver and canceling the auto power off state using the test firing button
Control from receiver
Remote release, modeling flash, and test flash are possible from the receiver.
Excellent dustproof/splashproof performance and communication reliability
This transmitter achieves excellent dustproof and splashproof performance equivalent to EOS R3 and Speedlite EL-1. Sealing is applied to the mating surfaces of exterior parts, display panels, moving parts, and operating parts to maintain airtightness. Packing and rubber materials are used for the battery compartment lid. Additionally, in addition to ensuring multiple communication systems, when the shoe is locked after the strobe is attached, the terminals are moved back slightly to prevent dust from getting caught (dust wipe mechanism), greatly improving communication reliability.
