Product Description
Product Features
- 16GB Storage Capacity
- UHS-I / Class 10
- UHS Speed Class 3
- Max. Read Speed: 90MB/s
- Max. Write Speed: 45MB/s
- Designed for 4K/2K Video Recording
In The Box
In The Box
- Panasonic Gold Series 16GB SDHC Memory Card
Overview
Panasonic Gold Series 16GB SDHC Memory Card Overview
UHS Speed Class 3 (U3) is a new speed class standard that delivers smooth video recording to meet the demands of advanced applications like 4K and high-bit-rate Full-HD. Its guaranteed constant minimum write speed of 30 MB/s (240 Mbps) optimizes the video experience and eliminates dropped frames in both 4K and all-round video. All Panasonic SD cards and micro SD cards feature the Tough & Safe design. They are accident proof against the 6 harsh conditions of Water, Static Electricity, Shock, Magnetism, Temperature, and X-rays. Also, a built-in-fuse operates to prevent the SD card and your personal host devices from being damaged due to unexpected problems such as overheating in an electric current.
Panasonic 16GB Gold Series SDHC UHS-I U3 Class 10 Memory Card
SKU: PCSDUC116AK
UPC: 885170184022
Product Description
Product Features
- 16GB Storage Capacity
- UHS-I / Class 10
- UHS Speed Class 3
- Max. Read Speed: 90MB/s
- Max. Write Speed: 45MB/s
- Designed for 4K/2K Video Recording
In The Box
In The Box
- Panasonic Gold Series 16GB SDHC Memory Card
Overview
Panasonic Gold Series 16GB SDHC Memory Card Overview
UHS Speed Class 3 (U3) is a new speed class standard that delivers smooth video recording to meet the demands of advanced applications like 4K and high-bit-rate Full-HD. Its guaranteed constant minimum write speed of 30 MB/s (240 Mbps) optimizes the video experience and eliminates dropped frames in both 4K and all-round video. All Panasonic SD cards and micro SD cards feature the Tough & Safe design. They are accident proof against the 6 harsh conditions of Water, Static Electricity, Shock, Magnetism, Temperature, and X-rays. Also, a built-in-fuse operates to prevent the SD card and your personal host devices from being damaged due to unexpected problems such as overheating in an electric current.
