Sony NWZ-E364BLK - Manual (Page 164)

The number of
files
Max. 8,000
(*1) Sampling frequency may not correspond to all encoders.
(*2) Copyright protected AAC-LC files cannot be played back.
(*3) Non-standard bit rates or non-guaranteed bit rates are included depending on the sampling
frequency.
(*4) Some WMV files can be played back only by transferring using Windows Media Player 11.
(*5) Some photo files cannot be played back, depending on their file formats.
Maximum recordable number of songs and time (Approx.)
The approximate times are based on the case in which you transfer or record only 4 minute
songs (not including videos and photos) in the MP3 format. Other playable audio file format song
numbers and times may differ from MP3 format.
NWZ-E363 NWZ-E364
Bit rate Number Time Number Time
48 kbps 2,600 173 hr. 20 min. 5,300 353 hr. 20 min.
64 kbps 1,950 130 hr. 00 min. 4,050 270 hr. 00 min.
128 kbps 990 66 hr. 00 min. 2,000 133 hr. 20 min.
256 kbps 500 33 hr. 20 min. 1,000 66 hr. 40 min.
320 kbps 400 26 hr. 40 min. 810 54 hr. 00 min.
Maximum recordable time of videos (Approx.)
The approximate recordable times are estimated in the case where only videos are transferred.
The time may differ, depending on the conditions under which the player is used.
NWZ-E363 NWZ-E364
Bit rate Time Time
Video Format: 384 kbps
Audio Format: 128 kbps
15 hr. 00 min. 30 hr. 20 min.
Video Format: 768 kbps
Audio Format: 128 kbps
8 hr. 20 min. 17 hr. 20 min.
Maximum recordable number of photos that can be transferred
(Approx.)
Max. 8,000
Recordable number of photos may be less depending on file sizes.
Capacity (User available capacity) (*1)
NWZ-E363: 4 GB (Approx. 3.6 GB = 3,865,470,566 bytes)
NWZ-E364: 8 GB (Approx. 7.3 GB = 7,838,315,315 bytes)
(*1) Available storage capacity of the player may vary.
A portion of the memory is used for data management functions.
Output (headphones)
Frequency response
20 to 20,000 Hz (when playing data file, single signal measurement)
FM radio
FM Frequency range
87.5 to 108.0 MHz
The frequency is changed by 0.1 MHz.
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