Ready for any shooting scenario, Sony’s PXW-Z150 handy professional camcorder delivers stunning 4K image quality, Instant HDR workflow, 120fps HFR Full-HD slow-motion and built-in advanced networking for live streaming and wireless workflow.
The Z150 offers a step-change in image capture in its class with 4K QFHD (3840×2160) using the advanced XAVC Long GOP 100Mbps codec for truly broadcast quality 4K performance.
To maximise the quality of your images, the Z150 has a stunning optical 12x zoom lens that offers high resolution and contrast across the entirety of the image. Sony’s advanced Clear Image Zoom feature doubles magnification to 18x when shooting in 4K QFHD and 24x in HD, to fully exploit the imaging capabilities of the Z150’s large 1.0 type stacked sensor.
The Z150 transforms expectations of what’s possible with a handy camcorder so you can be confident using it for almost any application. This includes up to 120 frames per second (fps) High Frame Rate continuous recording in Full HD quality, delivering beautiful 5x slow motion. Stunning 4K picture performance is supported with 4K XAVC Long GOP at 100Mbps, while integration with established broadcast workflows is simplified with Full HD recording in XAVC Long GOP(4:2:2/10bit 50Mbps) and MPEG-2 HD (50Mbps/35Mbps). You can even use AVCHD to further expand workflow flexibility. However you want to shoot, the Z150 delivers.
The Z150 isn’t simply a compact, lightweight design – it also integrates advanced features to reduce the need for bulky accessories that slow you down. A built-in four position ND filter means no need to carry a box of filters, MI Shoe eliminates cabling when fitting a microphone or even light. Advanced networking capabilities include built-in Wi-Fi for live streaming and FTP wireless connection*, greatly increasing your mobility, while the camcorder can also be easily controlled by a smartphone or tablet using Wi-Fi remote. Every last detail has been thought of – including power efficiency to deliver a remarkable 400 minutes** continuous recording time.