1
00:00:00,256 --> 00:00:02,304
好大家好壞處要charles W

2
00:00:03,072 --> 00:00:06,144
上一條影片啊介紹呢個usb融合儲

3
00:00:06,656 --> 00:00:09,216
一點五萬個feel

4
00:00:09,472 --> 00:00:11,264
對於我呢個只有千幾

5
00:00:11,520 --> 00:00:14,336
Subscriber嘅youtuber嚟講呀簡直係一個

6
00:00:14,592 --> 00:00:15,360
天文數字

7
00:00:17,664 --> 00:00:18,688
大家對呢個

8
00:00:18,944 --> 00:00:19,968
系非常之感興趣

9
00:00:20,224 --> 00:00:23,808
咁啊響大家嘅留言feedback入邊喇有好多嘅朋友呢

10
00:00:24,064 --> 00:00:29,440
佢點樣做到一個數據嘅備份

11
00:00:29,696 --> 00:00:30,976
點樣insure到

12
00:00:31,232 --> 00:00:32,512
數據嘅可靠性格

13
00:00:32,768 --> 00:00:33,792
金條影片呢

14
00:00:34,048 --> 00:00:36,096
同大家分享一個叫做snap rate

15
00:00:36,352 --> 00:00:37,376
嘅數據

16
00:00:37,632 --> 00:00:38,912
可靠性增強方法

17
00:00:39,168 --> 00:00:41,472
咁佢同ray一呀ray fiber

18
00:00:41,728 --> 00:00:43,520
Ray chan啊嗰啲完全都唔同嘅

19
00:00:43,776 --> 00:00:47,104
佢呢就係非常之適合呢種usb

20
00:00:47,872 --> 00:00:48,640
嘅組件方法

21
00:00:48,896 --> 00:00:51,200
因為呢個snap rate呢非常之flexible

22
00:00:51,456 --> 00:00:51,968
佢唔

23
00:00:52,224 --> 00:00:53,248
傳統嘅rate咁樣呢

24
00:00:53,504 --> 00:00:54,016
要

25
00:00:54,272 --> 00:00:56,832
最好系每個硬碟都相同size

26
00:00:57,088 --> 00:00:57,600
Snap

27
00:00:57,856 --> 00:00:59,904
唔單止可以允許你

28
00:01:00,160 --> 00:01:02,208
使用唔同size嘅硬碟

29
00:01:02,464 --> 00:01:05,536
而且人哋可以用ssd同埋hdt

30
00:01:05,792 --> 00:01:07,584
混合起身hybrid起

31
00:01:07,840 --> 00:01:09,376
都係完全冇問題嘅

32
00:01:09,632 --> 00:01:15,776
咁亦都引生到呢個separate一個非常之大嘅優勢就係佢可以同時咁樣發揮

33
00:01:16,032 --> 00:01:19,872
Ssd同埋hdd佢兩者之間嘅優勢

34
00:01:20,640 --> 00:01:21,920
咁講到ssd

35
00:01:22,176 --> 00:01:23,456
唔使講啊佢有咩優勢啊

36
00:01:23,712 --> 00:01:26,272
就讀寫速度非常之快而且完

37
00:01:26,528 --> 00:01:27,040
全嘅靜音

38
00:01:27,296 --> 00:01:28,832
如果你係對呢個

39
00:01:29,088 --> 00:01:34,976
磁碟嘅大大嗰啲炒豆聲非常之敏感嘅咁ssd呢就一定係你嘅最好選擇

40
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Ssd人人都知佢有啲咩

41
00:01:38,304 --> 00:01:39,584
就係價

42
00:01:39,840 --> 00:01:40,352
貴呀嘛

43
00:01:41,632 --> 00:01:42,656
Hdd

44
00:01:42,912 --> 00:01:43,936
唔使講佢嘅價

45
00:01:44,192 --> 00:01:45,728
平啲特別適合呢啲

46
00:01:45,984 --> 00:01:47,008
大容量嘅儲

47
00:01:47,264 --> 00:01:48,800
咁但係啊佢嘅呢個

48
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一個

49
00:01:51,616 --> 00:01:52,128
大嘅躍

50
00:01:52,384 --> 00:01:53,408
所以呢佢呢

51
00:01:54,176 --> 00:01:54,944
太適合到

52
00:01:55,200 --> 00:01:57,504
今時今日大家對呢個高速儲

53
00:01:57,760 --> 00:01:58,272
只要

54
00:01:58,784 --> 00:01:59,808
咁stepway

55
00:02:00,064 --> 00:02:02,368
咁啱就可以將呢兩者嘅

56
00:02:02,624 --> 00:02:03,648
優點同缺點

57
00:02:03,904 --> 00:02:05,184
取長補短

58
00:02:05,440 --> 00:02:08,768
咁佢就既可以利用到ssd嘅高速

59
00:02:09,280 --> 00:02:11,584
作為呢個日常嘅讀寫嘅需求

60
00:02:11,840 --> 00:02:13,120
亦都係可以啊

61
00:02:13,376 --> 00:02:18,496
用呢個hd呢作為一個後備嘅數據可靠性嘅增強嘅功

62
00:02:20,544 --> 00:02:23,104
就首先啦用呢

63
00:02:23,616 --> 00:02:24,128
識嘅

64
00:02:24,640 --> 00:02:26,432
USB adapter

65
00:02:26,688 --> 00:02:29,504
就將呢個ssd轉為一個usb

66
00:02:30,016 --> 00:02:31,808
組成一個大嘅儲

67
00:02:32,320 --> 00:02:33,088
就等我哋

68
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每日

69
00:02:34,112 --> 00:02:34,880
Peak hour入邊

70
00:02:35,136 --> 00:02:36,672
就利用ssd

71
00:02:36,928 --> 00:02:38,720
進行呢個數據嘅寫入

72
00:02:40,000 --> 00:02:44,096
咁喺每日嘅off peak呢就利用snapdragon schedule功能

73
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就

74
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呢啲喺

75
00:02:46,400 --> 00:02:47,680
Sd上邊嘅數據呢

76
00:02:47,936 --> 00:02:51,520
進行一次數據可靠性嘅增強備份

77
00:02:52,032 --> 00:02:53,824
佢唔係簡單嘅將呢啲

78
00:02:54,080 --> 00:02:56,128
Hdd

79
00:02:56,384 --> 00:02:57,920
咁簡單佢都係佢

80
00:02:58,176 --> 00:03:00,224
平時呢佢有呢個數據嘅檢較

81
00:03:00,480 --> 00:03:01,760
出售呢個功能嘅

82
00:03:02,016 --> 00:03:03,808
點解呢個數據嘅

83
00:03:04,064 --> 00:03:05,600
神交驗系咁緊要

84
00:03:05,856 --> 00:03:06,880
就話如果你

85
00:03:07,136 --> 00:03:08,928
一個數據

86
00:03:09,184 --> 00:03:11,488
兩份嘅話如果有一個出現咗corrup

87
00:03:11,744 --> 00:03:13,792
喺電腦嘅眼中呢佢系

88
00:03:14,048 --> 00:03:14,816
唔知道但係ka

89
00:03:15,072 --> 00:03:16,352
嗰個係正確啊

90
00:03:16,608 --> 00:03:18,400
定係正確嗰個係正確

91
00:03:18,656 --> 00:03:21,216
佢係唔識得分別嘅呢個呢就喺我

92
00:03:21,472 --> 00:03:26,080
詳細同大家分析咗嘅

93
00:03:26,848 --> 00:03:29,152
而且呢個sniper功能

94
00:03:29,408 --> 00:03:31,456
系文件level嘅佢畀佢攞

95
00:03:31,712 --> 00:03:32,992
Shr one

96
00:03:33,248 --> 00:03:36,832
系更加可以做到文件level上邊嘅修

97
00:03:37,600 --> 00:03:39,648
咁呢條影片啊亦都係呢個

98
00:03:39,904 --> 00:03:41,440
群輝補完計劃

99
00:03:41,696 --> 00:03:42,976
嘅第二條影片

100
00:03:43,488 --> 00:03:45,536
咁你到時補完計劃呢

101
00:03:45,792 --> 00:03:46,304
就唔係話

102
00:03:46,560 --> 00:03:48,864
超越時空調或者替代佢

103
00:03:49,120 --> 00:03:49,632
而係話呢

104
00:03:49,888 --> 00:03:51,680
有一啲synology滿

105
00:03:51,936 --> 00:03:52,960
唔到你嘅地方呢

106
00:03:53,216 --> 00:03:54,496
或者你可以喺呢度

107
00:03:54,752 --> 00:03:56,800
搵到更加好嘅解決方案

108
00:04:00,128 --> 00:04:01,152
DS2

109
00:04:01,408 --> 00:04:02,944
就已經整返好嘅

110
00:04:03,200 --> 00:04:07,040
咁如果大家有興趣知道呢個維修過程嘅話

111
00:04:07,296 --> 00:04:08,576
榴槤嗰度話畀我聽

112
00:04:08,832 --> 00:04:09,856
下次再出

113
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同大家分

114
00:04:12,672 --> 00:04:14,464
既然講到數據嘅可靠

115
00:04:14,720 --> 00:04:17,536
之前嘅影片都有好多網友就話feedback

116
00:04:17,791 --> 00:04:18,303
就呢

117
00:04:18,559 --> 00:04:19,583
USB

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00:04:19,839 --> 00:04:20,863
數據儲存

119
00:04:21,119 --> 00:04:21,887
佢系得唔得㗎

120
00:04:22,143 --> 00:04:27,263
會唔會好唔穩定㗎會唔會好快打柴㗎咁呢個問題呢確實係可

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展開

122
00:04:28,287 --> 00:04:29,311
成條影片去講

123
00:04:29,567 --> 00:04:32,895
如果你要我用一句話佢講呢就係rubbish in

124
00:04:33,151 --> 00:04:36,479
Rubbish out如果你本身嗰個usb設備

125
00:04:36,735 --> 00:04:41,343
你接落你個電腦嗰度都唔可以穩定咁樣運行24個小時

126
00:04:41,599 --> 00:04:45,695
你將佢當為last儲存咁用呢咁一定係自己搵自己笨

127
00:04:46,207 --> 00:04:48,767
因為要構成一個穩定嘅usb

128
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有好多因

129
00:04:50,559 --> 00:04:51,839
只要有其中一個

130
00:04:52,095 --> 00:04:54,399
唔合格啦就會導致你一個usb

131
00:04:55,423 --> 00:04:55,935
唔穩定

132
00:04:56,191 --> 00:05:00,287
呢個usb儲存佢本身嘅儲存再睇啦

133
00:05:01,055 --> 00:05:02,847
佢讀取你個usb

134
00:05:03,103 --> 00:05:04,639
儲存嘅呢個控制芯片啦

135
00:05:05,151 --> 00:05:09,503
甚至係呢條usb儲存嘅儲存線啊都非常之講究

136
00:05:10,015 --> 00:05:13,599
如果啊你係用緊好似白色呢條咁軟淋淋嘅數據線

137
00:05:13,855 --> 00:05:16,159
你想佢有一個好持久嘅表現

138
00:05:16,415 --> 00:05:17,439
都係難過登天

139
00:05:18,207 --> 00:05:22,047
跟住來嘅影片呢我都會教大家一個好簡單嘅方法啦可

140
00:05:22,303 --> 00:05:23,071
西酒一

141
00:05:23,327 --> 00:05:24,863
唔穩定嘅usb

142
00:05:25,119 --> 00:05:26,655
減少以

143
00:05:28,447 --> 00:05:31,775
事不宜遲我哋而家呢就請返呢部噏啦

144
00:05:32,543 --> 00:05:34,079
將呢啲usb

145
00:05:34,591 --> 00:05:36,127
設備呢插返入佢嘅

146
00:05:36,383 --> 00:05:36,895
USB

147
00:05:37,151 --> 00:05:38,943
3.0嘅接口入邊

148
00:05:39,199 --> 00:05:40,479
為咗測試呢個

149
00:05:40,735 --> 00:05:42,015
Ssd儲

150
00:05:42,271 --> 00:05:48,159
遲嘅快速讀寫能力呢我仲準備咗一個2.5gbe嘅usb網卡

151
00:05:48,415 --> 00:05:50,719
插落嚟呢一個usb口嗰度

152
00:05:50,975 --> 00:05:57,119
因為本身呢部機呢就淨係得呢個100011000 mbps先兆嘅網口嘅咁所以

153
00:05:57,375 --> 00:06:02,751
2.5g嘅

154
00:06:09,151 --> 00:06:10,431
切好曬之後就開機

155
00:06:12,991 --> 00:06:15,551
我哋而家就嚟到咗open video

156
00:06:15,807 --> 00:06:17,087
嘅主介面

157
00:06:17,343 --> 00:06:19,647
咁我哋上一個影片呢就已經簡單咁樣

158
00:06:19,903 --> 00:06:21,951
潮咗open video what呢個

159
00:06:22,463 --> 00:06:23,743
系統嘅基本使用方法

160
00:06:23,999 --> 00:06:27,583
F

161
00:06:27,839 --> 00:06:29,375
嘅usb融合

162
00:06:30,655 --> 00:06:33,471
咁如果呢就覺得有啲陌生嘅朋友呢就可以翻翻

163
00:06:33,727 --> 00:06:34,239
係之前嘅

164
00:06:34,495 --> 00:06:35,007
影片嗰度

165
00:06:35,263 --> 00:06:36,031
重新睇一睇啦

166
00:06:36,287 --> 00:06:37,311
咁我哋而家呢就

167
00:06:38,847 --> 00:06:41,151
呢個二部備份啦即係不同部

168
00:06:41,407 --> 00:06:42,943
備份嘅方案呢

169
00:06:43,199 --> 00:06:43,711
直接講起

170
00:06:44,735 --> 00:06:48,831
首先呢我哋就要去到左邊嘅system plugin呢度

171
00:06:49,343 --> 00:06:50,367
然之後呢就search

172
00:06:50,879 --> 00:06:52,415
你個snap rate呢個插

173
00:06:53,695 --> 00:06:59,839
咁我搵到呢而家最新版本嘅snap rate啦然之後就撳呀上邊嘅呢個下箭咀

174
00:07:00,095 --> 00:07:00,607
Install

175
00:07:00,863 --> 00:07:03,423
撳一下佢呢個安裝呢就開始㗎

176
00:07:07,775 --> 00:07:11,615
安裝好之後呢我哋就喺左邊嘅service呢度

177
00:07:12,127 --> 00:07:14,175
就見到有一個新嘅snap rate嘅呢

178
00:07:14,431 --> 00:07:14,943
選單嘅

179
00:07:15,455 --> 00:07:17,503
咁入邊呢就可以設置stepwagon

180
00:07:18,783 --> 00:07:21,087
我哋而家呢就唔好搞個separate先

181
00:07:21,343 --> 00:07:23,391
我哋首先呢就傳一啲快勞

182
00:07:23,647 --> 00:07:25,951
去呢個ssd嘅融合

183
00:07:26,207 --> 00:07:26,719
雪池嗰度

184
00:07:27,231 --> 00:07:30,303
然後我哋再顯示呀點樣透過呢個separate呢

185
00:07:30,559 --> 00:07:32,863
將呢啲快勞備份落去

186
00:07:33,119 --> 00:07:35,167
Hdd嘅機械硬碟嗰度

187
00:07:37,215 --> 00:07:39,007
為咗慳返大家嘅時間呢

188
00:07:39,263 --> 00:07:40,543
我已經傳緊一個

189
00:07:40,799 --> 00:07:44,383
佢呢個ssd嘅融合

190
00:07:45,663 --> 00:07:49,503
咁大家見到呢雖然我而家係用咗二點五g嘅網

191
00:07:50,015 --> 00:07:50,783
但係佢個

192
00:07:51,039 --> 00:07:51,807
速度呢都係

193
00:07:52,063 --> 00:07:54,111
一百出頭咁樣嘅

194
00:07:55,135 --> 00:07:55,903
咁我就好好

195
00:07:56,415 --> 00:07:58,975
到底係邊一個ssd咁晚呢

196
00:07:59,231 --> 00:08:02,303
因為通常ssd嘅寫入速度啊都

197
00:08:03,583 --> 00:08:04,095
M

198
00:08:05,887 --> 00:08:07,935
咁我哋就去返open video

199
00:08:08,191 --> 00:08:08,703
36

200
00:08:09,983 --> 00:08:12,799
Sdf呀

201
00:08:13,055 --> 00:08:14,335
即係wd18

202
00:08:14,591 --> 00:08:15,359
10gb嘅呢個

203
00:08:15,871 --> 00:08:17,919
佢個容量呢就不斷咁樣增加

204
00:08:18,687 --> 00:08:19,967
咁你真係話呢我哋而

205
00:08:20,223 --> 00:08:21,759
傳緊嘅呢個藍光快勞

206
00:08:22,015 --> 00:08:24,575
係去緊呢個wd嘅1

207
00:08:25,599 --> 00:08:26,111
Ssd嗰度

208
00:08:26,623 --> 00:08:28,927
咁魷魚呢佢係一個沙茶

209
00:08:29,183 --> 00:08:33,535
即係舊式啲嘅呢個接口呀所以佢個確實呀雖然佢係

210
00:08:34,303 --> 00:08:36,607
但係佢嘅儲存速度呢確實係

211
00:08:36,863 --> 00:08:40,959
而家nvme pcie 3.0 4.0嗰啲咁樣嘅

212
00:08:41,215 --> 00:08:43,007
欸高速ssd咁快

213
00:08:43,775 --> 00:08:45,055
呢佢話我

214
00:08:45,311 --> 00:08:45,823
點解唔可

215
00:08:48,895 --> 00:08:52,735
睇下可唔可以呀等佢去到嗰個nvme嘅causeway

216
00:08:52,991 --> 00:08:54,783
28gb嗰個高速

217
00:08:55,039 --> 00:08:55,551
Sd嗰度

218
00:08:56,319 --> 00:09:02,463
果然呀呢一次嘅寫入速度啊快非常之多已經去到呢個2.5gbe嘅

219
00:09:02,719 --> 00:09:03,487
極限速度啦

220
00:09:03,743 --> 00:09:06,047
咁但係睇下呢個方式十一月呢

221
00:09:06,303 --> 00:09:08,351
見到呢個sdc

222
00:09:08,607 --> 00:09:14,751
而且確實呢個128gb嘅ssd佢嘅儲存數據兩個不斷咁樣增加緊

223
00:09:15,007 --> 00:09:16,031
已經係十三面

224
00:09:17,055 --> 00:09:23,199
咁咪增加嘅速度呢係明顯畀頭先嗰個sata嘅ssd更加快我而家18

225
00:09:23,967 --> 00:09:27,551
咁睇一睇omg即open media watch

226
00:09:28,063 --> 00:09:34,207
2.5gbe一睇嚟去到原生我配畀佢嘅兩粒cpu嘅極限呀佢c

227
00:09:34,463 --> 00:09:35,743
Serenia已經去到

228
00:09:35,999 --> 00:09:36,511
支白咁

229
00:09:37,023 --> 00:09:41,119
即係話如果呢你係長期要使用呢個二點五gb醫嘅

230
00:09:41,375 --> 00:09:42,655
欸速度佢仲有一

231
00:09:43,679 --> 00:09:48,287
你要睇tvb嗰度呢分配更多嘅cpu資源啦畀呢個

232
00:09:48,799 --> 00:09:50,079
Open media watch

233
00:09:50,847 --> 00:09:55,455
話咁快我就已經放咗好多個藍光輝好入去啲ssd

234
00:09:56,479 --> 00:10:02,367
而家就要開始早見呢個snap ray呀首先呢我哋就去到separate傳單嘅arrange呢度

235
00:10:02,623 --> 00:10:04,671
就新建一個新嘅

236
00:10:07,231 --> 00:10:08,255
啊四個ss

237
00:10:08,767 --> 00:10:09,535
加一個

238
00:10:09,791 --> 00:10:10,559
Hdd咁樣

239
00:10:11,327 --> 00:10:13,119
呢個名嚟嘅大家可以自己起

240
00:10:14,911 --> 00:10:16,959
起完名之後呢就去到dr

241
00:10:17,471 --> 00:10:19,263
呢度就添加我哋嘅

242
00:10:19,775 --> 00:10:20,799
欸磁碟入去

243
00:10:23,359 --> 00:10:24,895
撳一下上邊隻加好

244
00:10:25,151 --> 00:10:26,175
揀返我哋個名

245
00:10:26,943 --> 00:10:30,527
然之後呢就可以將我哋想加落去呢個separate

246
00:10:30,783 --> 00:10:31,295
烈嘅

247
00:10:31,807 --> 00:10:32,831
磁碟呢加入去

248
00:10:33,599 --> 00:10:35,903
例如果我哋而家呢個時候128gb啦

249
00:10:36,159 --> 00:10:37,951
嗰個名我哋就打call sir

250
00:10:38,207 --> 00:10:38,975
128

251
00:10:40,511 --> 00:10:44,095
然之後呢記得將contact

252
00:10:44,863 --> 00:10:45,631
數據

253
00:10:48,191 --> 00:10:49,471
其他嘅ssd又加埋

254
00:10:51,775 --> 00:10:53,823
Ssd呢都係作為con

255
00:10:54,079 --> 00:10:54,591
Data

256
00:10:55,103 --> 00:10:56,127
咁所以我哋記得張

257
00:10:56,383 --> 00:10:57,407
起身

258
00:10:58,687 --> 00:11:02,015
最後我哋就將呢個hdd呀都加埋入禮

259
00:11:04,063 --> 00:11:06,111
咁佢係做呢個備份呀嘛

260
00:11:06,367 --> 00:11:09,439
咁所以呢佢就係要揀呢個parity

261
00:11:09,695 --> 00:11:12,255
呢個選項嘅佢就作為一個redundant

262
00:11:12,767 --> 00:11:18,911
喺自動呢喺指定嘅時間就將ssd儲存設入邊個數據呢就拉讀埋呢度

263
00:11:19,167 --> 00:11:23,007
我哋就已經組

264
00:11:24,287 --> 00:11:28,127
下一步呀我哋就試下手動呀進行呢個星

265
00:11:28,383 --> 00:11:29,919
即係備份嘅操作

266
00:11:30,175 --> 00:11:33,247
去翻譯呢個頁面呢就喺tools呢度減升

267
00:11:33,759 --> 00:11:36,063
一撳落去呢咁呢個

268
00:11:36,319 --> 00:11:38,111
即係將呢個ssd

269
00:11:38,367 --> 00:11:39,135
同埋

270
00:11:39,391 --> 00:11:41,183
Hdd佢嘅數據呀

271
00:11:41,439 --> 00:11:43,999
重播起身嘅操作呢就已經開始緊㗎

272
00:11:44,255 --> 00:11:48,351
計

273
00:11:48,863 --> 00:11:53,215
跟住呢就係可以喺某一個快勞出現corruption出現咗損毀

274
00:11:53,983 --> 00:11:54,751
進行呢個

275
00:11:55,007 --> 00:11:56,031
文件level上邊嘅

276
00:11:56,287 --> 00:11:58,079
就唔需要呢好似

277
00:11:59,615 --> 00:12:01,151
成隻碟嘅數據呢都抄

278
00:12:02,175 --> 00:12:03,711
大家見到呢因為佢

279
00:12:03,967 --> 00:12:04,735
同步去一個

280
00:12:04,991 --> 00:12:05,503
DD

281
00:12:06,527 --> 00:12:08,575
咁所以呢佢嘅速度呢都唔會話

282
00:12:08,831 --> 00:12:09,343
特別嘅快

283
00:12:10,111 --> 00:12:12,415
所以呢我哋就會將呢個snap grade

284
00:12:12,671 --> 00:12:13,439
自動

285
00:12:13,695 --> 00:12:15,231
每一日升嘅呢個動作

286
00:12:15,743 --> 00:12:16,511
安排

287
00:12:17,023 --> 00:12:19,327
即係例如係瞓覺啊或者係

288
00:12:19,583 --> 00:12:20,863
唔用呢個last嘅

289
00:12:21,887 --> 00:12:23,935
咁樣呢就可以實現到呢個優勢

290
00:12:24,191 --> 00:12:24,703
互補

291
00:12:24,959 --> 00:12:26,751
咁呢啲snap rate嘅比較

292
00:12:27,007 --> 00:12:28,543
節嘅設置同埋使用方法

293
00:12:29,055 --> 00:12:33,151
包括埋如果你要增加或者減少一隻ssd嘅

294
00:12:33,407 --> 00:12:33,919
硬碟啊

295
00:12:34,175 --> 00:12:38,783
啊如果有買一隻損毀咗要點樣去做一個restoration

296
00:12:39,039 --> 00:12:43,135
咁呢啲咁樣嘅操作呢我就會放喺up

297
00:12:43,391 --> 00:12:45,951
100嘅使用手冊

298
00:12:50,047 --> 00:12:52,095
咁我呢有時間呢就再同大家

299
00:12:52,351 --> 00:12:53,119
仔細咁樣分享

300
00:12:54,143 --> 00:12:55,679
我都唔阻大家時間啦

301
00:12:55,935 --> 00:12:56,447
直接呢

302
00:12:56,703 --> 00:13:01,055
剪輯快進呀去到最尾呢個step baying嘅動作呢

303
00:13:02,335 --> 00:13:03,871
End of line呢咁就即係

304
00:13:04,383 --> 00:13:04,895
成咗㗎喇

305
00:13:05,663 --> 00:13:10,015
咁大家可能會好奇呢就係而家做完呢個separate嘅

306
00:13:10,527 --> 00:13:15,391
呃啲快勞喺嗰個磁碟入面系生食咩樣嘅呢

307
00:13:15,647 --> 00:13:18,207
呢個呢都係stepwagon一個好大嘅優勢

308
00:13:18,463 --> 00:13:18,975
因為

309
00:13:19,231 --> 00:13:20,255
唔係一個

310
00:13:20,767 --> 00:13:21,279
統嘅

311
00:13:22,303 --> 00:13:23,327
所以呢佢係可以

312
00:13:24,351 --> 00:13:25,375
每一

313
00:13:25,887 --> 00:13:27,167
一個file

314
00:13:35,871 --> 00:13:37,663
入邊嘅冇一個

315
00:13:38,943 --> 00:13:41,247
如果係做嗰啲咁多咗fs融合

316
00:13:41,759 --> 00:13:45,087
Uuid嘅的

317
00:13:45,343 --> 00:13:46,111
你

318
00:13:46,367 --> 00:13:46,879
十薯嘅

319
00:13:47,135 --> 00:13:48,159
好熟

320
00:13:48,415 --> 00:13:49,951
就可以

321
00:13:50,207 --> 00:13:51,231
嗰度都係邊一

322
00:13:51,487 --> 00:13:51,999
磁碟打邊

323
00:13:55,071 --> 00:13:55,583
Contact

324
00:13:55,839 --> 00:13:56,607
呢個快勞

325
00:13:56,863 --> 00:13:57,887
就係頭先我講嘅

326
00:13:58,143 --> 00:13:59,935
一個七十計算嘅快

327
00:14:00,447 --> 00:14:00,959
咁佢入邊呢

328
00:14:01,727 --> 00:14:05,567
即係有啲咩

329
00:14:06,079 --> 00:14:06,591
同埋佢嘅

330
00:14:09,151 --> 00:14:12,223
Com

331
00:14:16,063 --> 00:14:16,831
Contact

332
00:14:17,855 --> 00:14:20,671
然之後我哋再嚟到呢一隻呢就應該系hdd嚟㗎

333
00:14:24,511 --> 00:14:26,303
呢個唔係4.7嘅快勞

334
00:14:26,559 --> 00:14:27,839
就係呀pack

335
00:14:28,095 --> 00:14:30,143
咗其他ssd上

336
00:14:30,399 --> 00:14:30,911
廚房嘅文

337
00:14:31,423 --> 00:14:32,703
同埋佢哋嘅check心

338
00:14:32,959 --> 00:14:33,983
好句呀一個大

339
00:14:34,751 --> 00:14:40,127
咁相信嚟到呢一度呢大家就對呢個step right呀有一個好基本但係亦都好

340
00:14:40,639 --> 00:14:41,407
面嘅理解呀

341
00:14:43,199 --> 00:14:47,551
咁眼眉嘅朋友呢可能會發現呢頭先有嘅錄影嗰度呢有啲奇怪嘅地方

342
00:14:48,063 --> 00:14:49,343
就係一開始嘅時候

343
00:14:49,599 --> 00:14:51,135
我早見呢個step呢個陣列

344
00:14:51,391 --> 00:14:53,439
係有好多個ssd㗎嘛

345
00:14:53,951 --> 00:14:55,231
點解讀到最尾

346
00:14:57,023 --> 00:15:00,607
得返係兩個ssd加一個hdd嘅

347
00:15:00,863 --> 00:15:03,423
測試嘅

348
00:15:03,679 --> 00:15:04,959
就發現

349
00:15:05,215 --> 00:15:08,287
呢個大陸不知名品牌嘅呢個ssd呢

350
00:15:08,543 --> 00:15:11,871
頻繁出錯導致呢個separation

351
00:15:12,127 --> 00:15:12,895
系唔成功

352
00:15:13,151 --> 00:15:15,455
而且呢發現佢喺平時嘅毒死入邊

353
00:15:15,711 --> 00:15:19,039
都會不斷咁樣彈出一啲error嘅

354
00:15:19,295 --> 00:15:19,807
出嚟

355
00:15:20,319 --> 00:15:22,623
呢一隻大陸嘅不知名品

356
00:15:22,879 --> 00:15:23,647
SSD

357
00:15:23,903 --> 00:15:24,415
喺

358
00:15:24,927 --> 00:15:25,951
拍呢條片之前呢

359
00:15:26,207 --> 00:15:27,743
就已經係出現咗啲

360
00:15:28,255 --> 00:15:31,071
佢原先呢就係裝咗一個windows系一部

361
00:15:31,327 --> 00:15:31,839
舊嘅

362
00:15:32,095 --> 00:15:32,863
Notebook上邊

363
00:15:35,423 --> 00:15:35,935
唔起個windows

364
00:15:36,191 --> 00:15:38,495
即係證明嘅文件系統係已經有

365
00:15:39,263 --> 00:15:40,031
咁我一啲都

366
00:15:40,287 --> 00:15:43,103
奇怪呢佢插到入去ups mask嘅時候呢係

367
00:15:45,151 --> 00:15:45,663
讀寫錯

368
00:15:46,175 --> 00:15:49,247
一開始就講

369
00:15:52,319 --> 00:15:53,855
就話你原先只碟已經

370
00:15:54,623 --> 00:15:55,903
你用嚟做last

371
00:15:56,415 --> 00:15:56,927
主要問題

372
00:15:57,695 --> 00:15:58,207
越多嘅