{"id":1033,"date":"2025-07-12T01:33:13","date_gmt":"2025-07-11T17:33:13","guid":{"rendered":"https:\/\/flighhai.cn\/?p=1033"},"modified":"2026-03-11T17:04:24","modified_gmt":"2026-03-11T09:04:24","slug":"%e9%a6%99%e6%b8%af3hk-%e7%84%a1%e7%b7%9a%e5%af%ac%e9%a0%bb%e5%85%a8%e6%b8%af4-5g%e6%b8%ac%e9%80%9f%e5%b8%96%e5%ad%90%e3%80%81%e6%a9%9f%e5%99%a8h155-381","status":"publish","type":"post","link":"https:\/\/flighhai.cn\/?p=1033","title":{"rendered":"\u9999\u6e2f\u548c\u8a18\u96fb\u8a0a-3HK \u7121\u7dda\u5bec\u983bNSA\u5168\u6e2f4\/5G\u6e2c\u901f\u5e16\u5b50\u3001\u6a5f\u5668H155-381\uff08\u6e2c\u8a66\u4e2d\uff09"},"content":{"rendered":"

\u6b64\u5e16\u5b50\u70ba3HK\u7684\u7121\u7dda\u5bec\u983b\u6e2c\u901f\u7d50\u679c\uff0c\u50c5\u4f9b\u53c3\u8003\uff0c\u76ee\u7684\u662f\u70ba\u4e86\u5927\u81f4\u77e5\u9053\u622a\u6b62\u76ee\u524d\u672c\u6e2f3\u7684\u7db2\u901f\u3001\u7db2\u7d61\u8986\u84cb\u600e\u9ebc\u6a23
\n\u6eab\u99a8\u63d0\u793a\uff1a\u7531\u65bc\u672c\u6e2f3HK\u7684\u57fa\u7ad9\u5927\u90e8\u5206\u90fd\u662f\u83ef\u70ba\u7ad9\u9ede\uff0c\u56e0\u6b64\u4f7f\u7528\u83ef\u70ba\u7cfb\u5217\u6a5f\u5668\u6e2c\u901f\u662f\u6703\u6bd4\u975e\u83ef\u70ba\u6a5f\u5668\u6e2c\u901f\u8981\u901f\u5ea6\u5feb\u548c\u5ef6\u9072\u4f4e\u4e00\u4e9b\u7684
\n3HK 4G \u983b\u8b5c\uff1a
\nB1 2100MHz DSS
\nB3 1800MHz
\nB7 2600MHz
\nB8 900MHz
\nB28 700Mhz DSS
\nB40 2300MHz LTE-A<\/p>\n

3HK 5G \u983b\u8b5c\uff1a
\nN1 2100MHz DSS
\nN28 700MHz DSS
\nN78 3500MHz
\n\u7121mmWave \u983b\u7387
\n\u683c\u5f0f\uff1a\u5730\u5340\u540d\u5b57+\u4e0b\u8f09\/\u4e0a\u8f09+3HK SpeedTest\u5ef6\u9072+RSRP\uff084G+5G\u6240\u6709\u9023\u7d50\u983b\u6bb5\u7684\u5e73\u5747\u503c\uff09+\u9023\u63a5\u4e0a\u7684\u8f09\u6ce2MHz\/\u983b\u6bb5\/\u983b\u6bb5\uff09
\n\u53cb\u9023\u5730\u5716\u53ef\u8996\u5316\u6578\u64da\uff1amap.ran.ac<\/a>
\n\u6e2c\u901f\u7d00\u9304\uff1a\uff08\u6574\u7406\u904e\u7684\uff09\u6709\u5187\u597d\u5fc3\u4eba\u5e6b\u6211\u6e2c\u901f \u597d\u6530\u554a\u554a\u554a\ud83d\ude2d<\/p>\n

\u26a0\ufe0fMTR\u7dda\u8def\uff1a<\/p>\n

\u8343\u7063\u7dab\uff1a
\n1\u3001\u6cb9\u9ebb\u5730\u7ad9\u5230\u65fa\u89d2\u7ad9\u8343\u7063\u7dab\u5730\u9435\u5340\u9593\uff1b172\/23 19ms RSRP -77
\n10MHz@1750(B3) + 20MHz@39350(B40) + 15MHz@3125(B7) + 10MHz@432030(N1)
\n2\u3001\u4f50\u6566\u7ad9\u5230\u6cb9\u9ebb\u5730\u7ad9\u8343\u7063\u7dab\u5730\u9435\u5340\u9593\uff1a149\/19 46ms RSRP -88
\n10MHz@1750(B3) + 20MHz@39350(B40) + 15MHz@3125(B7) + 10MHz@432030(N1)
\n3\u3001\u4f50\u6566\u7ad9\u5230\u5c16\u6c99\u5480\u7ad9\u8343\u7063\u7dab\u5340\u9593\uff1a157\/20 15ms RSRP -76
\n10MHz@1750(B3) + 20MHz@39350(B40) + 15MHz@3125(B7) + 10MHz@432030(N1)
\n4\u3001\u5c16\u6c99\u5480\u7ad9\u5230\u91d1\u9418\u7ad9\u8343\u7063\u7dab\u5340\u9593\uff1a122\/22.4 13ms RSRP -79
\n15MHz@3125(B7) + 10MHz@500(B1) + 30MHz@620736(N78) + 40MHz@638112(N78)
\n5\u3001\u8343\u7063\u7dab\u6df1\u6c34\u57d7\u7ad9\u53f0 (\u539f\u59cb\u6578\u64da\u4e1f\u5931\u5f8c\u9762\u88dc\u5145)
\n6\u3001\u8343\u7063\u7dab\u592a\u5b50\u7ad9\u53f0 68\/7 73ms RSRP -90
\n10MHz@1750(B3) + 20MHz@39350(B40) + 15MHz@3125(B7) + 10MHz@432030(N1)
\n7\u3001\u8343\u7063\u7dab\u65fa\u89d2\u7ad9\u53f0 48\/6 22ms RSRP -79
\n10MHz@1750(B3) + 20MHz@39350(B40) + 15MHz@3125(B7) + 10MHz@432030(N1)
\n8\u3001\u8343\u7063\u7dab\u6cb9\u9ebb\u5730\u7ad9\u53f0 140\/15 19ms RSRP -80
\n10MHz@1750(B3) + 40MHz@638112(N78) + 10MHz@432030(N1)
\n9\u3001\u8343\u7063\u7dab\u4f50\u6566\u7ad9\u53f081\/25 RSRP -69
\n10MHz@1750(B3) + 15MHz@3125(B7) + 10MHz@432030(N1)
\n10\u3001\u8343\u7063\u7dab\u5c16\u6c99\u5480\u7ad9\u53f0 87\/7 21ms RSRP -85
\n10MHz@3550(B8) + 40MHz@638112(N78)
\n11\u3001\u91d1\u9418\u7ad9\u8343\u7063\u7dab\u7ad9\u53f0\uff1a351\/28 18ms RSRP -80
\n15MHz@3125(B7) + 10MHz@1750(B3) + 10MHz@500(B1) + 40MHz@638112(N78) + 30MHz@620736(N78)
\n12\u3001\u4e2d\u74b0\u7ad9\u8343\u7063\u7dab\u7ad9\u53f0\uff1a137\/50 19ms RSRP -71
\n15MHz@3125(B7) + 10MHz@1750(B3) + 10MHz@500(B1) + 40MHz@638112(N78) + 30MHz@620736(N78)
\n13\u3001\u91d1\u9418\u7ad9C1\u51fa\u53e3:43\/22 20ms RSRP-79
\n10MHz@1750(B3) + 10MHz@432000(N1) + 10MHz@152600(N28)<\/p>\n

\u89c0\u5858\u7dab\uff1a
\n1\u3001\u8abf\u666f\u5dba\u7ad9\u89c0\u5858\u7dab\uff1a136\/20 21ms RSRP -76
\n10MHz@1750(B3) + 20MHz@39350(B40) + 15MHz@3125(B7) + 10MHz@432030(N1)
\n\u6cb9\u5858\u7ad9\u89c0\u5858\u7dab\u7ad9\u53f0\uff1a212\/16 19ms RSRP -70
\n10MHz@1750(B3) + 20MHz@39350(B40) + 15MHz@3125(B7) + 10MHz@432030(N1)
\n2\u3001\u85cd\u7530\u7ad9\u89c0\u5858\u7dab\u7ad9\u53f0\uff1a52\/20 31ms RSRP -100
\n10MHz@1750(B3) + 15MHz@3125(B7) + 10MHz@432030(N1)
\n3\u3001\u89c0\u5858\u7ad9\u89c0\u5858\u7dab\u7ad9\u53f0\uff1a122\/54 12ms RSRP -64
\n10MHz@1750(B3) + 40MHz@638112(N78) + 10MHz@432030(N1)
\n4\u3001\u725b\u982d\u89d2\u7ad9\u89c0\u5858\u7dab\u7ad9\u53f0\uff1a42\/24 31ms RSRP -71
\n10MHz@1750(B3) + 40MHz@638112(N78) + 10MHz@432030(N1)
\n5\u3001\u4e5d\u9f8d\u7063\u7ad9\u89c0\u5858\u7dab\u7ad9\u53f0\uff1a33\/21 40ms RSRP -79
\n10MHz@1750(B3) + 40MHz@638112(N78) + 10MHz@432030(N1)
\n6\u3001\u5f69\u8679\u7ad9\u89c0\u5858\u7dab\u7ad9\u53f0\uff1a21\/17 77ms RSRP -97
\n10MHz@1750(B3) + 15MHz@3125(B7) + 10MHz@3550(B8) + 10MHz@432030(N1)
\n7\u3001\u947d\u77f3\u5c71\u7ad9\u89c0\u5858\u7dab\u7ad9\u53f0\uff1a59\/8 21ms RSRP -91
\n10MHz@1750(B3) + 15MHz@3125(B7) + 10MHz@432030(N1)
\n8\u3001\u9ec3\u5927\u4ed9\u7ad9\u89c0\u5858\u7dab\u7ad9\u53f0\uff1a122\/18 20ms RSRP -81
\n10MHz@1750(B3) + 15MHz@3125(B7) + 10MHz@3550(B8) + 10MHz@432030(N1)
\n9\u3001\u6a02\u798f\u7ad9\u89c0\u5858\u7dab\u7ad9\u53f0\uff1a89\/20 20ms RSRP -85
\n10MHz@1750(B3) + 15MHz@3125(B7) + 10MHz@3550(B8) + 10MHz@432030(N1)
\n10\u3001\u4e5d\u9f8d\u5858\u7ad9\u89c0\u5858\u7dab\u7ad9\u53f0\uff1a80\/10 19ms RSRP -81
\n10MHz@1750(B3) + 20MHz@39350(B40) + 15MHz@3125(B7) + 10MHz@432030(N1)
\n11\u3001\u77f3\u7864\u5c3e\u7ad9\u89c0\u5858\u7dab\u7ad9\u53f0\uff1a164\/13 29ms RSRP -71
\n10MHz@1750(B3) + 20MHz@39350(B40) + 15MHz@3125(B7) + 10MHz@432030(N1)
\n12\u3001\u592a\u5b50\u7ad9\u89c0\u5858\u7dab\u7ad9\u53f0\uff1a122\/8 23ms RSRP -77
\n10MHz@1750(B3) + 20MHz@39350(B40) + 15MHz@3125(B7) + 10MHz@432030(N1)
\n13\u3001\u65fa\u89d2\u7ad9\u89c0\u5858\u7dab\u7ad9\u53f0\uff1a108\/11 81msRSRP -95
\n10MHz@1750(B3) + 15MHz@3125(B7) + 10MHz@432030(N1)
\n14\u3001\u65fa\u89d2\u7ad9\u5230\u592a\u5b50\u7ad9\u89c0\u5858\u7dab\u5730\u9435\u5340\u9593\uff1a35\/19 17ms RSRP -80
\n10MHz@1750(B3) + 20MHz@39350(B40) + 15MHz@3125(B7) + 10MHz@432030(N1)
\n15\u3001\u592a\u5b50\u7ad9\u5230\u77f3\u7864\u5c3e\u7ad9\u89c0\u5858\u7dab\u5730\u9435\u5340\u9593\uff1a54\/23 23ms RSRP -81
\n10MHz@1750(B3) + 20MHz@39350(B40) + 15MHz@3125(B7) + 10MHz@432030(N1)
\n16\u3001\u6cb9\u9ebb\u5730\u7ad9\u89c0\u5858\u7dab\u7ad9\u53f0\uff1a146\/30 17ms RSRP -77
\n10MHz@1750(B3) + 20MHz@39350(B40) + 15MHz@3125(B7) + 10MHz@432030(N1)
\n17\u3001\u571f\u74dc\u7063\u7ad9\u89c0\u5858\u7dab\u7ad9\u53f0\uff1a102\/40 17ms RSRP -76
\n10MHz@1750(B3) + 15MHz@3125(B7) + 10MHz@3550(B8) + 10MHz@432030(N1)
\n18\u3001\u4f55\u6587\u7530\u7ad9\u89c0\u5858\u7dab\u7ad9\u53f0\uff1a112\/26 18ms RSRP -75
\n10MHz@1750(B3) + 10MHz@3550(B8) + 15MHz@3125(B7) + 10MHz@432030(N1)<\/p>\n

\u6771\u9435\u7dab\uff1a
\n1\u3001\u91d1\u9418\u7ad9\u6771\u9435\u7dab\u7ad9\u53f0\uff1a10\/1 39ms RSRP -69
\n10MHz@1750(B3) + 15MHz@3125(B7) + 10MHz@3550(B8) + 10MHz@39494(B40) + 20MHz@39350(B40)
\n2\u3001\u6703\u5c55\u7ad9\u6771\u9435\u7dab\u7ad9\u53f0\uff1a10\/4 78ms RSRP -83
\n10MHz@1750(B3) + 10MHz@432030(N1)
\n3\u3001\u7d05\u78e1\u7ad9\u6771\u9435\u7dab\u7ad9\u53f0\uff1a1\/4 52ms RSRP -93
\n10MHz@1750(B3) + 10MHz@3550(B8) + 10MHz@432030(N1)
\n4\u3001\u65fa\u89d2\u6771\u7ad9\u6771\u9435\u7dab\u7ad9\u53f0\uff1a23\/2 24ms RSRP -97
\n10MHz@1750(B3) + 40MHz@638112(N78)
\n5\u3001\u4e5d\u9f8d\u5858\u7ad9\u6771\u9435\u7dab\u7ad9\u53f0\uff1a53\/12 21ms RSRP -82
\n10MHz@1750(B3) + 40MHz@638112(N78) + 10MHz@432030(N1)
\n6\u3001\u4e5d\u9f8d\u5858\u7ad9\u5230\u5927\u570d\u7ad9\u6771\u9435\u7dab\u5340\u9593\uff1a7.9\/16 443ms RSRP -88
\n10MHz@1750(B3) + 10MHz@3550(B8) + 10MHz@432030(N1)
\n7\u3001\u5927\u570d\u7ad9\u6771\u9435\u7dab\u7ad9\u53f0\uff1a41\/51 20ms RSRP -74
\n10MHz@1750(B3) + 40MHz@638112(N78) + 10MHz@432030(N1)
\n8\u3001\u6c99\u7530\u7ad9\u5230\u706b\u70ad\u7ad9\u6771\u9435\u7dda\u5340\u9593\uff1a99\/12 27ms RSRP -81
\n10MHz@1750(B3) + 40MHz@638112(N78)
\n9\u3001\u706b\u70ad\u7ad9\u6771\u9435\u7dab\u7ad9\u53f0\uff1a89\/8 39ms RSRP -74
\n10MHz@1750(B3) + 40MHz@638112(N78) + 10MHz@432030(N1)
\n10\u3001\u5927\u5b78\u7ad9\u6771\u9435\u7dab\u7ad9\u53f0\uff1a61\/23 25ms RSRP -73
\n10MHz@1750(B3) + 5MHz@1925(B3) + 15MHz@3125(B7) + 10MHz@432030(N1)
\n11\u3001\u5927\u57d4\u589f\u7ad9\u6771\u9435\u7dab\u7ad9\u53f0\uff1a40\/35 20ms RSRP -85
\n10MHz@1750(B3) + 10MHz@432030(N1)
\n12\u3001\u592a\u548c\u7ad9\u6771\u9435\u7dab\u7ad9\u53f0\uff1a29\/9 38ms RSRP -97
\n10MHz@1750(B3) + 40MHz@638112(N78)
\n13\u3001\u7c89\u5dba\u7ad9\u6771\u9435\u7dab\u7ad9\u53f0\uff1a31\/11 37ms RSRP -88
\n10MHz@1750(B3) + 40MHz@638112(N78)
\n14\u3001\u4e0a\u6c34\u7ad9\u6771\u9435\u7dab\u7ad9\u53f0\uff1a36\/10 39ms RSRP -85
\n10MHz@1750(B3) + 10MHz@500(B1) + 10MHz@152690(N28)
\n15\u3001\u843d\u99ac\u6d32\u6771\u9435\u7dab\u7ad9\u53f0\uff1a22\/22 35ms RSRP -82
\n10MHz@1750(B3) + 10MHz@432030(N1)
\n16\u3001\u91d1\u9418\u7ad9C1\u51fa\u53e3:43\/22 20ms RSRP-79
\n10MHz@1750(B3) + 10MHz@432000(N1) + 10MHz@152600(N28)<\/p>\n

\u5c07\u8ecd\u6fb3\u7dda\uff1a
\n1\u3001\u5317\u89d2\u7ad9\u5c07\u8ecd\u6fb3\u7dab\u7ad9\u53f0\uff1a232\/42 15ms RSRP -79
\n15MHz@3125(B7) + 40MHz@638112(N78) + 10MHz@432030(N1)
\n2\u3001\u9c02\u9b5a\u6d8c\u7ad9\u5c07\u8ecd\u6fb3\u7dab\uff1a104\/2 14ms RSRP -100
\n10MHz@1750(B3) + 40MHz@638112(N78) + 10MHz@432030(N1)
\n3\u3001\u6cb9\u5858\u7ad9\u5c07\u8ecd\u6fb3\u7dab\uff1a258\/23 17ms RSRP -75
\n10MHz@1750(B3) + 20MHz@39350(B40) + 15MHz@3125(B7) + 10MHz@432030(N1)
\n4\u3001\u8abf\u666f\u5dba\u7ad9\u5c07\u8ecd\u6fb3\u7dab\uff1a139\/29 20ms RSRP -79
\n10MHz@1750(B3) + 20MHz@39350(B40) + 15MHz@3125(B7) + 10MHz@432030(N1)
\n5\u3001\u5c07\u8ecd\u6fb3\u7ad9\u5c07\u8ecd\u6fb3\u7dab\uff1a6\/3 41ms RSRP -88
\n10MHz@1750(B3) + 10MHz@3550(B8) + 10MHz@432030(N1)<\/p>\n

\u6e2f\u5cf6\u7dda\uff1a
\n1\u3001\u4e2d\u74b0\u7ad9\u6e2f\u5cf6\u7dda\u7ad9\u53f0\uff1a396\/46 17ms RSRP -71
\n10MHz@1750(B3) + 10MHz@500(B1) + 40MHz@638112(N78) + 30MHz@620736(N78)
\n2\u3001\u91d1\u9418\u7ad9\u6e2f\u5cf6\u7dda\u7ad9\u53f0\uff1a238\/43 14ms RSRP -76
\n15MHz@3125(B7) + 10MHz@1750(B3) + 10MHz@500(B1) + 30MHz@620736(N78)
\n3\u3001\u7063\u4ed4\u7ad9\u6e2f\u5cf6\u7dda\u7ad9\u53f0\uff1a327\/34 13ms RSRP -71
\n10MHz@1750(B3) + 10MHz@500(B1) + 30MHz@620736(N78) + 40MHz@638112(N78)
\n4\u3001\u9285\u947c\u7063\u7ad9\u6e2f\u5cf6\u7dda\u7ad9\u53f0\uff1a37\/10 70ms RSRP -93
\n15MHz@3125(B7) + 40MHz@638112(N78)
\n5\u3001\u5929\u540e\u7ad9\u6e2f\u5cf6\u7dda\uff1a220\/40 37ms RSRP -77
\n15MHz@3125(B7) + 40MHz@638112(N78)
\n6\u3001\u70ae\u53f0\u5c71\u7ad9\u6e2f\u5cf6\u7dda\u7ad9\u53f0\uff1a0.24\/7.4 \u621179ms RSRP -80
\n15MHz@3125(B7) + 10MHz@432030(N1)
\n7\u3001\u6e2f\u5cf6\u7dda\u5317\u89d2\u7ad9A1\u51fa\u53e3\/\u6e23\u83ef\u9053\u8857\u5e02\uff1a194\/26 20ms RSRP -65
\n10MHz@1750(B3) + 40MHz@638112(N78) + 10MHz@432030(N1)
\n8\u3001\u91d1\u9418\u7ad9C1\u51fa\u53e3:43\/22 20ms RSRP-79
\n10MHz@1750(B3) + 10MHz@432000(N1) + 10MHz@152600(N28)<\/p>\n

\u5c6f\u99ac\u7dda\uff1a
\n1\u3001\u4f55\u6587\u7530\u7ad9\u5c6f\u99ac\u7dab\u7ad9\u53f0\uff1a108\/20 22ms RSRP -82
\n10MHz@1750(B3) + 15MHz@3125(B7) + 10MHz@432030(N1)
\n2\u3001\u7d05\u78e1\u7ad9\u5c6f\u99ac\u7dab\u7ad9\u53f0\uff1a83\/15 20ms RSRP -75
\n10MHz@1750(B3) + 10MHz@3550(B8) + 10MHz@432030(N1)
\n3\u3001\u5c16\u6771\u7ad9\u5c6f\u99ac\u7dab\u7ad9\u53f0\uff1a94\/34 19ms RSRP -74
\n10MHz@1750(B3) + 10MHz@3550(B8) + 10MHz@432030(N1)<\/p>\n

\u26a0\ufe0f\u5730\u4e0a\u7dda\u8def\uff1a<\/p>\n

\u6cb9\u5c16\u65fa\u5340\uff1a
\n1\u3001\u4e2d\u6e2f\u57ce1\/F \u8239\u98db\u552e\u7968\u8655\uff1a668\/87 18ms RSRP -78
\n10MHz@1750(B3) + 30MHz@620736(N78) + 40MHz@638112(N78)
\n2\u3001\u7dad\u591a\u5229\u4e9e\u6e2f\u9418\u6a13\uff1a260\/74 15ms RSRP -89
\n10MHz@9260(B28) + 10MHz@500(B1) + 5MHz@1925(B3) + 40MHz@638112 (N78)
\n3\u3001\u4f50\u6566\u5f4c\u6566\u9053\u58fd\u53f8\u90ce2\/F\uff1a16\/0.7 35ms RSRP -103
\n10MHz@1750(B3) + 40MHz@638112(N78)
\n4\u3001\u4e5d\u9f8d\u516c\u5712\uff1a71\/32 26ms RSRP -71
\n10MHz@1750(B3) + 40MHz@638112(N78) + 30MHz@620736(N78)
\n5\u3001\u67ef\u58eb\u7538\u5927\u5bb6\u6a02G\/F\uff1a365\/46 19ms RSRP -76
\n10MHz@1750(B3) + 40MHz@638112(N78) + 10MHz@432030(N1)
\n6\u3001\u65fa\u89d2\u65b0\u4e4b\u57ce\u904a\u6232\u5929\u5730B1\/F\uff1a109\/24 17ms RSRP -90
\n15MHz@3125(B7) + 10MHz@1750(B3) + 10MHz@432030(N1)
\n7\u3001\u897f\u6d0b\u83dc\u5357\u8857\uff1a67\/49 17ms RSRP -57
\n15MHz@3125(B7) + 40MHz@638112(N78) + 10MHz@432030(N1)
\n8\u3001\u6cb9\u9ebb\u5730\u7aa9\u6253\u8001\u9053\uff1a111\/37 14ms RSRP -66
\n15MHz@3125(B7) + 40MHz@638112(N78) + 10MHz@432030(N1)
\n9\u3001\u4f50\u6566\u9053\u9ea5\u7576\u52deB1\/F\uff1a1.58\/0.07 279ms RSRP -109
\n10MHz@9260(B28)
\n10\u3001\u4e9e\u58eb\u5398\u9053\u4e5d\u9f8d\u4e2d\u5fc3\u6df1\u4ed4\u8a18G\/F\uff1a193\/5 23ms RSRP -106
\n10MHz@1750(B3) + 40MHz@638112(N78) + 10MHz@432030(N1)
\n11\u3001\u5317\u4eac\u9053\u4f11\u61a9\u8655\uff1a338\/38 15ms RSRP -61
\n10MHz@1750(B3) + 40MHz@638112(N78) + 10MHz@432030(N1)
\n12\u3001\u4f50\u6566\u5bf6\u9748\u8857 28\/33 89ms RSRP -71
\n10MHz@1750(B3) + 40MHz@638112(N78) + 10MHz@432030(N1)
\n13\u3001\u4e5d\u9f8d\u4e2d\u592e\u90f5\u5c40 69\/3 19ms RSRP -93
\n20MHz@39350(B40)
\n14\u3001\u4f50\u6566\u9038\u6797\u9152\u5e97\uff1a253\/66 19ms RSRP-79
\n15MHz@3125(B7) + 40MHz@638666(N78) + 10MHz@432000(N1)
\n15\u3001\u65fa\u89d2\u9ea5\u82b1\u81e3\u904a\u6a02\u5834\uff1a126\/53 20ms RSRP-73
\n10MHz@1750(B3) + 40MHz@638666(N78) + 10MHz@432000(N1)<\/p>\n

\u6df1\u6c34\u57d7\u5340\uff1a
\n1\u3001\u6df1\u6c34\u57d7\u798f\u69ae\u88573\u9580\u5e02\u9580\u53e3\uff1a117\/25 41ms RSRP -97
\n10MHz@1750(B3) + 40MHz@638112(N78) + 10MHz@432030(N1)
\n2\u3001\u6df1\u6c34\u57d7BOCHK\u9580\u5e02\u9580\u53e3\uff1a64\/2.9 30ms RSRP -85
\n15MHz@3125(B7) + 40MHz@638112(N78) + 10MHz@432030(N1)
\n3\u3001\u8354\u679d\u89d2HSBC\u9580\u5e02\u9580\u53e3\uff1a42\/19 20ms RSRP -88
\n15MHz@3125(B7) + 40MHz@638112(N78) + 10MHz@432030(N1)
\n4\u3001\u6df1\u6c34\u57d7\u8354\u679d\u89d2\u80fd\u4ec1\u5c08\u4e0a\u5b78\u9662\u9580\u53e3\uff1a34\/40 18ms RSRP -71
\n15MHz@3125(B7) + 40MHz@638112(N78) + 10MHz@432030(N1)
\n5\u3001\u6df1\u6c34\u57d7\u5357\u660c\u8857\uff1a6\/25 156ms RSRP -72
\n10MHz@1750(B3) + 40MHz@638112(N78) + 10MHz@432030(N1)<\/p>\n

\u77f3\u7864\u5c3e\uff1a
\n1\u3001\u77f3\u7864\u5c3e\u5609\u9813\u5c71\u5c71\u9802\uff1a35\/52 38ms RSRP -78
\n15MHz@3125(B7) + 40MHz@638112(N78) + 10MHz@432030(N1)
\n2\u3001\u77f3\u7864\u5c3e\u516c\u5712\uff1a103\/36 23ms RSRP -74
\n10MHz@1750(B3) + 40MHz@638112(N78) + 10MHz@432030(N1)
\n3\u3001\u77f3\u7864\u5c3e\u90f5\u5c40\u9580\u53e3\uff1a124\/60 20ms RSRP -67
\n10MHz@1750(B3) + 40MHz@638112(N78) + 10MHz@432030(N1)<\/p>\n

\u4e2d\u897f\u5340\uff1a
\n1\u3001Apple Store\u4e2d\u74b02\/F\uff1a59\/17 20ms RSRP -76
\n10MHz@1750(B3) + 40MHz@638112(N78)
\n2\u3001\u4e2d\u74b0\u78bc\u982dCentral Pier\uff1a69\/22 29ms RSRP -73
\n10MHz@1750(B3) + 10MHz@432030(N1) + 10MHz@152690(N28)
\n3\u3001\u4e2d\u74b0Top Town 31\/F\uff1a30\/22 40ms RSRP -79
\n10MHz@1750(B3) + 10MHz@432030(N1) + 10MHz@152690(N28)
\n4\u3001\u4e2d\u74b0\u7687\u540e\u5927\u9053\u9ea5\u7576\u52deB1\/F\uff1a171\/4 RSRP -100
\n10MHz@1750(B3) + 10MHz@3550(B8) + 40MHz@638112(N78)
\n5\u3001\u4e2d\u74b0\u78bc\u982d\u524d\u5f80\u5929\u661f\u78bc\u982d\u6d77\u4e0a\uff1a56\/10 118ms RSRP -89
\n10MHz@1750(B3) + 40MHz@638112(N78)
\n6\u3001\u6d77\u5bcc\u5ee3\u5834\u9ea5\u7576\u52de\u5ba4\u5167\uff1a98\/2.56 38ms RSRP-57
\n15MHz@3125(B7) + 40MHz@638666(N78)
\n7\u3001\u91d1\u9418\u7ad9C1\u51fa\u53e3:43\/22 20ms RSRP-79
\n10MHz@1750(B3) + 10MHz@432000(N1) + 10MHz@152600(N28)
\n8\u3001\u592a\u5e73\u5c71\u5c71\u9802\u5ee3\u5834\uff1a151\/49 19ms RSRP-61
\n10MHz@1750(B3) + 40MHz@638666(N78) + 10MHz@432000(N1)
\n9\u3001\u592a\u5e73\u5c71\u5c71\u9802\u5ee3\u5834\u6a13\u9802\u89c0\u666f\u81fa\uff1a104\/10 19ms RSRP-61
\n10MHz@1750(B3) + 40MHz@638666(N78) + 10MHz@432000(N1)
\n10\u3001\u592a\u5e73\u5c71\u5c71\u9802\u5ee3\u5834\u5927\u5bcc\u7fc1\u5922\u60f3\u4e16\u754c\u5317\u9762\u89c0\u666f\u81fa\uff1a103\/40 39ms RSRP-71
\n10MHz@1750(B3) + 40MHz@638666(N78) + 10MHz@432000(N1)
\n11\u3001\u592a\u5e73\u5c71\u7345\u5b50\u4ead\uff1a16\/4 77ms RSRP-94
\n15MHz@3125(B7) + 40MHz@638666(N78)<\/p>\n

\u6771\u5340\uff1a
\n1\u3001\u5317\u89d2\u6e23\u83ef\u9053\u5609\u5a01\u5927\u5ec8\uff1a92\/23 20ms RSRP -80
\n10MHz@1750(B3) + 40MHz@638112(N78) + 10MHz@432030(N1)
\n2\u3001\u82f1\u7687\u9053\u5317\u89d2\u7e3d\u7ad9\uff1a156\/42 11ms RSRP -88
\n15MHz@3125(B7) + 40MHz@638112(N78) + 10MHz@432030(N1)
\n3\u3001\u99ac\u5bf6\u9053\u6e2f\u5473\u53c9\u71d2\u9910\u5ef3G\/F\uff1a43\/3 34ms RSRP -99
\n10MHz@1750(B3) + 40MHz@638112(N78)
\n4\u3001\u6771\u5cb8\u516c\u5712\uff1a109\/76 19ms RSRP -75
\n10MHz@1750(B3) + 40MHz@638112(N78)
\n5\u3001\u96fb\u7167\u8857\u5152\u7ae5\u904a\u6a02\u5834\uff1a88\/25 21ms RSRP -80
\n10MHz@1750(B3) + 40MHz@638112(N78) + 10MHz@432030(N1)
\n6\u3001\u5317\u89d2\u65b0\u6642\u4ee3\u5ee3\u5834\uff1a54\/56 61ms RSRP -71
\n10MHz@1750(B3) + 40MHz@638112(N78)
\n7\u3001\u6e05\u98a8\u8857\uff1a202\/40 19ms RSRP -79
\n10MHz@1750(B3) + 40MHz@638112(N78) + 10MHz@432030(N1)
\n8\u3001\u7dad\u591a\u5229\u4e9e\u516c\u5712\uff1a236\/48 14ms RSRP -69
\n10MHz@1750(B3) + 40MHz@638112(N78) + 10MHz@432030(N1)
\n9\u3001\u4f0a\u69ae\u8857\uff1a100\/51 18ms RSRP -82
\n10MHz@1750(B3) + 40MHz@638112(N78)
\n10\u3001\u9285\u947c\u7063\u9053\uff1a64\/37 20ms RSRP -78
\n10MHz@1750(B3) + 40MHz@638112(N78)<\/p>\n

\u7063\u4ed4\u5340\uff1a
\n1\u3001\u660d\u9035\u95a3 \uff1a107\/8 16ms RSRP -88
\n10MHz@1750(B3) + 40MHz@638112(N78) + 10MHz@432030(N1)
\n2\u3001\u745e\u58eb\u82b1\u5712\uff1a343\/45 13ms RSRP-96
\n10MHz@1750(B3) + 40MHz@638112(N78) + 10MHz@432030(N1)
\n3\u3001\u5229\u5b89\u95a3\uff1a192\/36 15ms RSRP -76
\n10MHz@1750(B3) + 40MHz@638112(N78) + 10MHz@432030(N1)
\n4\u3001\u6e2f\u5cf6\u7dda\u7063\u4ed4\u7ad9\u9598\u6a5f\uff1a268\/41 17ms RSRP -84
\n10MHz@3550(B8) + 40MHz@638112(N78)
\n5\u3001\u7063\u4ed4\u83f2\u6797\u660e\u9053149\/59 21ms RSRP -63
\n10MHz@1750(B3) + 40MHz@638112(N78) + 10MHz@432030(N1)
\n6\u3001\u7063\u4ed4\u6ff1\u6d77\u9577\u5eca\uff1a238\/41 19ms RSRP -71
\n15MHz@3125(B7) + 40MHz@638112(N78) + 10MHz@432030(N1)<\/p>\n

\u5357\u5340\uff1a
\n1\u3001\u5357\u5c71\u5225\u5885\uff1a210\/5 14ms RSRP -94
\n10MHz@1750(B3) + 40MHz@638112(N78)
\n2\u3001\u6dfa\u6c34\u7063\u82b1\u5712\u5927\u5ec8\uff1a73\/43 23ms RSRP -72
\n10MHz@1750(B3) + 40MHz@638112(N78)
\n3\u3001\u8d64\u67f1\u5ee3\u5834\uff1a155\/58 14ms RSRP -58
\n10MHz@1750(B3) + 10MHz@432030(N1) + 10MHz@152690(N28)
\n4\u3001\u8d64\u67f1\u5927\u8857\uff1a82\/30 17ms RSRP -67
\n10MHz@1750(B3) + 10MHz@432030(N1) + 10MHz@152690(N28)
\n5\u3001\u8d64\u67f1\u5f8c\u7058\uff1a45\/19 23ms RSRP -81
\n10MHz@1750(B3) + 10MHz@432030(N1) + 10MHz@152690(N28)<\/p>\n

\u5143\u6717\u5340\uff1a
\n1\u3001\u843d\u99ac\u6d32MRT\u53e3\u5cb8\u9598\u6a5f\uff1a24\/32 39 ms RSRP -79
\n10MHz@1750(B3) + 10MHz@3550(B8) + 10MHz@432030(N1)
\n2\u3001\u843d\u99ac\u6d32\u53e3\u5cb8\u514d\u7a05\u5e97\uff1a45\/13 21ms RSRP -65
\n10MHz@1750(B3) + 10MHz@3550(B8) + 10MHz@432030(N1)<\/p>\n

\u9577\u6d32-\u96e2\u5cf6\u5340\uff1a
\n1\u3001\u9577\u6d32\u78bc\u982d 58\/47 40ms RSRP -71
\n10MHz@1750(B3) + 40MHz@638112(N78)
\n2\u3001\u9577\u6d32\u65bd\u653f\u5927\u5ec8 68\/20 39 ms RSRP -77
\n10MHz@1750(B3) + 40MHz@638112(N78)
\n3\u3001\u9577\u6d32\u5357\u8b8a\u96fb\u7ad9 30\/2 45 ms RSRP -83
\n15MHz@3125(B7) + 40MHz@638112(N78) + 10MHz@432030(N1)
\n4\u3001\u9577\u6d32\u5927\u83dc\u5712\u904a\u6a02\u5834 15\/2 65ms RSRP -106
\n10MHz@1750(B3) + 40MHz@638112(N78) + 10MHz@152690(N28)<\/p>\n

\u6d77\u9762\u6e2c\u901f
\n1\u3001\u4e2d\u7063-\u9577\u6d32\u822a\u7dda \u897f\u535a\u5bee\u6d77\u5cfd\uff1a74.1\/11 20ms RSRP -97
\n15MHz@3125(B7) + 40MHz@638112(N78)
\n2\u3001\u4e2d\u74b0-\u5929\u661f\u78bc\u982d \u7dad\u591a\u5229\u4e9e\u6e2f\uff1a69\/15 29ms RSRP -53
\n10MHz@1750(B3) + 10MHz@432030(N1) + 10MHz@152690(N28)<\/p>\n

\u8de8\u5883\u5340\u57df\uff1a
\n1\u3001\u798f\u7530\u53e3\u5cb8\u514d\u7a05\u5e97\uff1a7\/1 41ms RSRP -116
\n10MHz@500(B1) + 10MHz@152690(N28)
\n2\u3001\u798f\u7530\u53e3\u5cb8\u9598\u6a5f\uff1a\u7121\u6cd5\u6e2c\u901f0\/0 0ms RSRP -119
\n10MHz@500(B1)<\/p>\n

\u6570\u636e\u6700\u5f8c\u66f4\u65b0\u65e5\u671f\uff1a
\nHKT 2025.11.17
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\n\u7b49\u5f85\u66f4\u65b0ing<\/p>\n","protected":false},"excerpt":{"rendered":"

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