Operation Manual
Table Of Contents
- Media Server
- User’s Guide
- Getting to Know Your NSA
- NAS Starter Utility
- zCloud
- Web Configurator Basics
- Tutorials
- 5.1 Overview
- 5.2 Windows 7 Network
- 5.3 Windows 7 Network Map
- 5.4 Playing Media Files in Windows 7
- 5.5 Windows 7 Devices and Printers
- 5.6 Creating a Volume in a 2-Bay NSA
- 5.7 Creating a Volume in a 1-Bay NSA
- 5.8 Deleting a Volume
- 5.9 File Sharing Tutorials
- 5.10 Download Service Tutorial
- 5.11 Broadcatching Tutorial
- 5.12 Printer Server Tutorial
- 5.13 Copy and Flickr Auto Upload Tutorial
- 5.14 FTP Uploadr Tutorial
- 5.15 Web Configurator’s Security Sessions
- 5.16 Using FTPES to Connect to the NSA
- 5.17 Using a Mac to Access the NSA
- 5.18 How to Use the BackupPlanner
- Technical Reference
- Status Screen
- System Setting
- Storage
- Network
- Applications
- 10.1 Overview
- 10.2 What You Can Do
- 10.3 What You Need to Know
- 10.4 FTP Server
- 10.5 The Media Server Screens
- 10.6 The iTunes Server Screen
- 10.7 The Download Service Screen
- 10.8 The Web Publishing Screen
- 10.9 The Broadcatching Screen
- 10.10 The Print Server Screen
- 10.11 The Copy/Sync Button Screen
- 10.12 Technical Reference
- 10.12.1 Sharing Media Files on Your Network
- 10.12.2 Download Service
- 10.12.3 Link Capture Browser Plugin
- 10.12.4 Download Service Notification
- 10.12.5 P2P Download Security
- 10.12.6 Web Publishing Example
- 10.12.7 Web Publishing
- 10.12.8 Channel Guides for Broadcatching
- 10.12.9 Printer Sharing
- 10.12.10 Copying Files
- 10.12.11 Synchronizing Files
- Packages
- 11.1 Overview
- 11.2 What You Can Do
- 11.3 SMART Screen
- 11.4 DyDNS Screen
- 11.5 NFS Screen
- 11.6 Syslog Server Screen
- 11.7 TFTP Server Screen
- 11.8 eMule Screens
- 11.9 pyLoad Screen
- 11.10 ownCloud Setup
- 11.11 Polkast Setup
- 11.12 GoogleDrive
- 11.13 Memopal
- 11.14 Protect Screens
- 11.15 Backup Screens
- 11.16 Restore Screen
- 11.17 Technical Reference
- Auto Upload
- Dropbox
- Using Time Machine with the NSA
- Users
- Groups
- Shares
- Maintenance Screens
- Protecting Your Data
- Troubleshooting
- 20.1 Troubleshooting Overview
- 20.2 Power, Hardware, Connections, and LEDs
- 20.3 NAS Starter Utility
- 20.4 NSA Login and Access
- 20.5 I Cannot Access The NSA
- 20.6 Users Cannot Access the NSA
- 20.7 External USB Drives
- 20.8 Firmware
- 20.9 File Transfer
- 20.10 Networking
- 20.11 Some Features’ Screens Do Not Display
- 20.12 Media Server Functions
- 20.13 Download Service and Broadcatching Functions
- 20.14 Web Publishing
- 20.15 Auto Upload
- 20.16 Package Management
- 20.17 Backups
- 20.18 Google Drive
- Customer Support
- Product Specifications
- Legal Information
- Index
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Chapter 11 Packages
Media Server User’s Guide
282
190 Temperature
Difference from
100
High This indicates the value of 100 - the temperature in degrees Celsius.
Manufacturers can set a minimum threshold that corresponds to a
maximum temperature.
191 G-sense error
rate
Low This is the number of mistakes caused by impact loads.
192 Power-off Retract
Count
Low This is how many times the heads are loaded off the media.
193 Load/Unload
Cycle
Low This is the number of load and unload cycles into head landing zone
position.
194 Temperature Low This is the hard drive’s internal temperature.
195 Hardware ECC
Recovered
High This is the time between ECC (Error Correction Code)-corrected errors.
196 Reallocation
Event Count
Low This is the total number of reallocation (remap) operations. The raw value
is the total attempts to move data from reallocated sectors to a spare
area. Successful and unsuccessful attempts are both included.
197 Current Pending
Sector Count
Low This is the number of unstable sectors awaiting reallocation. If the sector
is later successfully written or read, this value decreases and reallocation
is not performed. Only failed write attempts cause a reallocation, not read
errors. This can be difficult to test since only direct I/O writes to the disk
cause reallocations, not cached writes.
198 Uncorrectable
Sector Count
Low This is the number of errors reading or writing a sector that were not
correctable. An increase in this value is an indicator of disk surface
defects or mechanical subsystem problems.
199 UltraDMA CRC
Error Count
Low This is the number of data transfer errors through the interface cable
according to the ICRC (Interface Cyclic Redundancy Check).
200 Write Error Rate
/ Multi-Zone
Error Rate
Low This is the total number of errors in writing sectors.
201 Soft Read Error
Rate
Low This is the number of read/write head off-track errors. If the value is not
zero, make a backup.
202 Data Address
Mark Errors
Low This is the number of data address mark errors. This could also be a
different, manufacturer-specific attribute.
203 Run Out Cancel Low This is the number of ECC (Error Correction Code) errors.
204 Soft ECC
Correction
Low This is the number of errors corrected by software ECC (Error Correction
Code).
205 Thermal Asperity
Rate (TAR)
Low This is the number of thermal asperity errors. Thermal asperity is a read
signal spike caused by sensor temperature rise due to touching the disk
surface or contaminant particles.
206 Flying Height This is the height of the hard drive’s read/write heads above the disk
surface.
207 Spin High
Current
This is the quantity of high current used to spin up the drive.
208 Spin Buzz This is the number of buzz routines to spin up the drive. When the arm
holding the read/write heads is stuck, the motor driving it tries to oscillate
the arm to free it. This causes an audible vibration.
209 Offline Seek
Performance
This is the hard drive’s seek performance during offline operations. Offline
operations are tests the drive does itself as opposed to those that an
external diagnostic tool has it do. Seek performance is how quickly the
drive moves from track to track.
Table 93 S.M.A.R.T. Attributes (continued)
ID
ATTRIBUTE
NAME
BETTER DESCRIPTION