2BH6K-A95XF9Router TV Box

澳 澳 澳 澳 澳 澳 澳 澳 澳 澳 澳澳 澳 澳 澳澳 澳 澳 Select Repeater Mode Select SSID Input the SSID’spassword Repeater Mode Confirm completion Waiting reconnection 澳澳澳 澳 Select AP Mode Input New SSID& password Confirmcompletion AP Mode Waiting reconnection Selrct Router Mode Select Internet Type Confirm completion WaitingReconnection Rouer Mode 澳 澳 Select Repeater Mode Select SSID Input the SSID’spassword Repeater Mode Confirm completion Waiting reconnection 澳 澳 Select AP Mode Input New SSID& password Confirmcompletion AP Mode Waiting reconnection 澳 䐩ᄄ⻬张⪊埆(ᄌ)≘澔ᴮ㒈澔濊澥澢澤 澔 澳 ᶨ⏂㋐廱漣澔 㘫 濪濼激濙濼 ᇈ⭔╧㔮媽媠䐧ᶍ㋏≆䊯㘈㓟䶾乐䷛刂◳ᴍ峜䢺漓㓟䶾弞ⶥ槗庽 濄濄濉濊濠濵瀃瀆 ȼ ⪂⋮ᷤ⬅長䖃≔析濪濼激濙濼乐䷛幫㉡ᴹ⋋析㓟䶾乐䷛漓⵵⁻⪸濋濃濅濁濄濄濵濂濺濂瀁≎媭澳濪濼激濙濼媽⠆漓弁䐧ᶍ⠦⠙㑯☯∹⎋◼⪵ȼ弙ⴷ漓⪂⋮ᷤ⃎⬐⠦ᆭ⚊⪵ⶬ⎋↝☹ᆵ䖃 濪濼激濙濼 䗱㾸漓Ṿ䐧ᆭ幺㙽ᶪ⋖槗㴄壅析㱀Ȼ☧䶾㴷ㄎ䩈ȼ澳激澹澸澔澹濬濤濠濕濢濕濨濝濣濢漣澔激澹澸(ᄌ)䠻㽰嫵㔏漣澔 䶡共澳 䶡共㽮ᶭㄕ擩㿀坧䠹ᶑ体乐㮠㘈廝㊤ㄕ廝㊤廏坋⸁ⴷ䆵一漡澳 濴漕惌乭㓵䶡共㽮⻪弞擩㿀漢澳 濵漕ℜ⣊䆵一ᴊ㘩媽乭㓵漓䶡共㽮㫎䣑擩㿀᳿㨠漢澳濶漕⢁㚛㘩俼廝㊤ℯᶑ体乐ㄕ廝㊤Ỡ⋶⸹ⶥṍᶍ濆濈澸漓䶡共㽮㫎䣑擩澳 㿀᳿㨠漢澳 濷漕⹒廝㊤ℯᶑ体乐ᴓỠ⋶⸹ⶥ槗ᶍ濆濈澸㓵漓䶡共㽮䂃㽬ȼ澳 ䷾共澳 ䷾共㽮坧䠹ᶦ⏀⳱ㄏ↞廝㊤ℯᶑ体乐漓ᴓ濪濜濙濜Ỡ⋶䤲⪙漡澳 濴濁 ☧濔濣⎋峮䐰╧㤠⸎ᴊ漓⹒ᷤ⠩乐䧮⋢廝㊤ℯᶑ体乐㓵漓䷾共㽮澳 ⴷᶭ漏㯧『漡峮䐰╧㤠⸎⻄杺᷄廝㊤ℯ䧮⋢濅漐 漢澳 濵濁 ☧ᴬ䷦㤠⸎ᴊ漓⹒ㄏ↞廝㊤ℯᴉ䶦峮䐰╧ᴓỠ⋶ἻŎ濉濈澸㓵漓䷾澳共㽮ⴷᶭ漢澳 濶濁澳⹒廝㊤ℯᴉ䶦峮䐰╧⠰尤ㄕỠ⋶Ἳ⬎ᶍ濉濈㓵漓䷾共㽮䂃㽬ȼ澳 淃共澳 淃共㽮坧䠹☧㏌ṛ廆䤊ᴬ廝㊤㓵Ỡ⋶⸹ⶥṍᶍ濉濈澸漡澳 濴濁澳⹒Ỡ⋶Ἳ⠦ᶍㄕ䩈ᶍ濆濈澸ᴓ⬎ᶍ濉濈澸㓵漓淃共㽮ⴷᶭ漢澳濵濁澳⹒Ỡ⋶Ἳ⬎ᶍ濆濈㓵漓淃共㽮㫎䣑擩㿀᳿㨠ȼ澳 澔濆澹濇澹濈(ᄏ)掯↠俾嫵㔏漣澔㩣(ᄌ)掭㘈ᴣᴩ↞俼漓᳿ᴩ㔮Ṿ晘淗⁲擬䖃濟濘濗㽮ᅤⷿ漓⋥᳿ᴩ㔮瓦⠌⃹⊁淗媣媽乭ȼ澳ᅤⷿ 濟濘濗 㽮漡ᆵ㘈 濟濘濗 ☧㩢ⴷ廏坋(ᄉ)䠹⌍ 濄濃 c/o掞ḙ僩↧䂃㽬漓墀㛤䘊 濟濘濗 㔽䠹漓嫶(ᄌ)㩣濥濘濦濘濧(ᄌ)掭濄䣑⌍㙽ⷿ漢澳瓦⠌⃹⊁淗媣Ἳ漡㩣(ᄌ)掭(ᄌ)Ṏ濋䣑⌍䶡共濟濘濗⻪擩㙽ⷿ漓≲⋮瓦⠌⃹⊁淗媣媽乭ȼ澳 ⪊埆㩦榥漣澔 ᄲℯ᳿ᴩ⌇弁䖃Ṍ乭㐽乭濪濜濙濜ᇈ⭔╧漓廝㊤濧瀌瀃濸激濖䐴㶏䶾漓⬅濧瀌瀃濸激濖䶾廝㊤ℯ㘈澳 濈濩澳庒⃹䖃䐴㶏弁恌╧漏䐴㱀ᴌ⬎ᶍ濅濔漐⵵⬅弁恌╧㋑⁤ᶣ㱀㋑ⶦȼ澳 瀣澳⢁㚛⋩旿墀ᇈ⭔濪濼激濙濼Ỡ⋶墅䗕刂◳漓⋮ᷤ弈㇨ᴬ䷦㤠⸎漢澳瀣澳⢁㚛䗳㊤弙廆ᴺ峮䐰╧䖃ᷤ⠩乐䧮⋢㋑⁤乐䶾ᴉ乐漓嫶Ṿ䐧濔濣㤠⸎漢澳瀣澳⢁㚛墀⬅⁵䐧ṛ峮䐰╧漓嫶弈㇨峮䐰╧㤠⸎⵵⬅乐䷛䶾᷍濜濦濣廝㊤ℯ䧮⋢濅ȼ澳 ⠈㯩漣澔䐧ᆭ⋮ᷤ弈㇨旿墀➝⸹Ỡ⋶䖃ᆴ擳漓⢁㚛尬ᵯ⠙ᴩ漓⋮ᷤc/oK㐽乭☧ᴌ⌋䖃ᆴ擳ȼ澳 澳 㩦榥澥漣澔 ᅤⷿᄎ㘹媽乭杴晡漓ᇎ㋎濪濼激濙濼㿬㾸漓弈㇨濦濦濜濗ᴹ濪濼濙濼澳濥濸瀃濸濴瀇濸瀅澳瀤濫濫濫濫⵵廝㊤ȼ䀵 ⌍ ᅤ᷺ⷿṔ乐杴㱎壇╧漓☧☯☿㜎庒⁤濄濌濅濁濄濉濋濁濄濄濁濄漓嫶⋁壀ᴊ◽漡 澳 ⠆㯧漡᳿ᶚᄎ㘹⋮ᷤ弙廆媽乭杴晡䖃⸸⃹䦖⋢僩↧䕺⹔ȼ澳 㩦榥澦漣澔 㾸⃺䕺⹔漓弈㇨旿墀廝㊤䖃㤠⸎ȼ 澔 漣㊦⁦㾺㤢⸐漣峰䐲╩㤢⸐漣澔 濖濿濼濶濾澳濟濢濚濜濡澳濴瀁濷澳瀆濸濿濸濶瀇澳瀇濻濸澳瀀瀂濷 濸澳瀇濻濴瀇澳瀁濸濸濷瀆澳瀇瀂澳濵濸澳濶瀂瀁瀁濸濶瀇濸濷漓澳 ᴬ䷦㤠⸎澳 㾸⃺ᴬ䷦㤠⸎漓弈㇨旿墀ᇈ⭔䖃濦濦濜濗漓䀵⌍庒⁤㩣濦濦濜濗䖃䕺⁤⫅䜀ȼ 澳 濔濣澳㤠⸎澳 㾸⃺㊤⁤㾸㤠⸎漓䀵⌍庒⁤㒯䖃濪濼濙濼⫅䜀ȼ澳 澳峮䐰㤠⸎澳 㾸⃺峮䐰╧㤠⸎漓㜸㉭長䖃ᶑ体乐濜濣䭺⚊弈㇨廝㊤㒸⸎漏↧一濜濣Ȼ晘 一濜濣Ȼ濣濣濣瀂濘漐⵵媽乭廝㊤Ỡ矢漓䀵⌍庒⁤㒯䖃濪濼濙濼⫅䜀ȼ澳 澳嫶⋁壀◽䠹廚坋嫥䷅媽乭漡澳 澔 濅濩濝濗濟澔濉濧濙濦澔澻濩濝濘濙 澔 澳澳澳澳澳澳澳澳澳澳澳澳澳澳 澳 濘瀁濺濿濼瀆濻澳澳濩濄濁濃 澳 濄濦濣濘濩濗濨澔澸濙濧濗濦濝濤濨濝濣濢漣澔 濧濻濸澳濪濼激濙濼澳濥濴瀁濺濸澳濘瀋瀇濸瀁濷濸瀅澳濼瀆澳濷濸瀆濼濺瀁濸濷澳瀇瀂澳濵瀂瀂瀆瀇澳瀌瀂瀈瀅澳濸瀋濼瀆瀇濼瀁濺澳瀁濸瀇 瀊瀂瀅濾澳瀅濴瀁濺濸澳瀊濼瀇濻澳瀈瀃澳瀇 瀂澳 濄濄濉濊濠濵瀃瀆澳瀊濼瀅濸濿濸瀆瀆澳瀆瀃濸濸濷濁澳濜瀇澳瀇瀈瀅瀁瀆澳瀌瀂瀈瀅澳瀆濼瀁濺濿濸澳濵濴瀁濷澳濪濼激濙濼澳濼瀁瀇瀂澳濷 瀈濴濿澳濵濴瀁濷澳瀊濼瀅濸濿濸瀆瀆澳瀁濸瀇瀊瀂瀅濾瀆澳 濴瀁濷澳濶瀂瀀瀃濴瀇濼濵濿濸澳瀊濼瀇濻澳濵瀂瀇濻澳濋濃濅濁濄濄 澳濵濂濺濂瀁澳濪濼激濙濼澳濷濸瀉濼濶濸瀆漓濼瀇澳濼瀆澳濴 濿瀆瀂澳濴瀃瀃濿濼濶濴濵濿濸澳濹瀂瀅澳瀀瀂瀆瀇 瀅濸濺濼瀂瀁瀆澳濴瀁濷澳濶瀂瀈瀁瀇瀅濼濸瀆濁澳濚濸瀁濸瀅濴濿濿瀌澿澳濼瀇澳濼瀆澳濼濷濸濴濿澳濹瀂瀅澳瀉濸瀅瀌澳濿濴瀅濺濸澳濻瀂 瀈瀆濸瀆澳瀇瀂澳瀅濸濷瀈濶濸澳濪濼激濙濼澳濷濸濴濷澳瀆瀃瀂瀇瀆澳 濴瀁濷澳濸瀁濽瀂瀌澳濛濗澳瀉濼濷濸瀂澳瀆瀇瀅濸濴瀀濼瀁濺澿澳瀂瀁濿濼瀁濸澳濺濴瀀濼瀁濺澳濸瀇濶濁澳澳澳激澹澸澔澹濬濤濠濕濢濕濨濝濣濢漣澔 濥濘濗澳 濧濻濸澳濥濸濷澳濿濼濺濻瀇澳瀂瀁澳瀂瀅澳濹濿濴瀆濻濼瀁濺澳濼瀁濷濼濶濴瀇濸瀆澳瀁瀂澳濜瀁瀇濸瀅瀁濸瀇澳濶瀂瀁瀁濸濶瀇濼 瀂瀁澳瀂瀅澳濴濵瀁瀂瀅瀀濴濿澳 瀂瀃濸瀅濴瀇濼瀁濺澳瀆瀇濴瀇瀈瀆澳漡澳 濴漕 濥濸濷澳濿濼濺濻瀇澳濹濿濴瀆濻濸瀆澳瀅濴瀃濼濷濿瀌澳濷瀈瀅濼瀁濺澳瀅濸瀆濸瀇漢澳 濵漕 濪濻濸瀁澳濼瀁濼瀇濼濴濿澳瀆瀇濴瀇濸澳瀊濼瀇濻瀂瀈瀇澳瀆濸瀇瀇濼瀁濺瀆澿澳瀇濻濸澳濥濸濷澳濿濼濺濻瀇澳濹濿濴瀆濻濼瀁濺澳濸瀉濸 瀅瀌澳濄澳 瀆濸濶瀂瀁濷漢澳 濶漕 濜濹澳瀁瀂瀇澳瀆瀈濶濶濸瀆瀆濹瀈濿澳瀇瀂澳濸瀋瀇濸瀁濷澳瀇瀂澳濼 瀁瀇濸瀅瀁濸瀇澿澳瀂瀅澳瀇濻濸澳瀆濼濺瀁濴濿澳瀉瀂濿瀈瀀濸澳濶 瀂瀁瀁濸濶瀇濸濷澳 瀇瀂澳瀇濻濸澳濻濼濺濻濸瀅激濿濸瀉濸濿澳瀅瀂瀈瀇濸瀅澳濼瀆澳濟濸瀆瀆澳瀇濻濴瀁澳濆濈澸漓澳瀇濻濸澳濥濸濷澳濿濼濺濻瀇澳瀊濼濿濿 澳濹濿濴瀆濻澳 濸瀉濸瀅瀌澳濄澳瀆濸濶瀂瀁濷漢澳 濷漕 濪濻濸瀁澳濶瀂瀁瀁濸濶瀇濸濷澳瀇瀂澳瀇濻濸澳濼瀁瀇濸瀅瀁濸瀇澳濴瀁 濷澳瀇濻濸澳瀆濼濺瀁濴濿澳瀉瀂濿瀈瀀濸澳濶瀂瀁瀁濸濶瀇濸濷澳 瀇瀂澳 瀇濻濸澳濻濼濺濻濸瀅激濿濸瀉濸濿澳瀅瀂瀈瀇濸瀅澳濼瀆澳濺瀅濸濴瀇濸 瀅澳瀇濻濴瀁澳濆濈澸澿澳瀇濻濸澳濥濸濷澳濿濼濺濻瀇澳瀇瀈瀅瀁 瀆澳瀂濹濹漢澳 濚濥濘濘濡澳 濧濻濸澳濚瀅濸濸瀁澳濿濼濺濻瀇澳濼瀁濷濼濶濴瀇濸瀆澳瀇 濻濴瀇澳瀇濻濸澳瀃瀅瀂濷瀈濶瀇澳濻濴瀆澳濶瀂瀁瀁濸濶瀇濸濷澳 瀇瀂澳濼瀁瀇濸瀅瀁濸瀇澳 瀆瀈濶濶濸瀆瀆濹瀈濿濿瀌澿澳濴瀁濷澳瀇濻濸澳濪濜濙濜澳瀆濼濺瀁濴濿澳濼瀆澳瀆瀇濴濵濿濸濍澳 濴濁 濜瀁澳濔濣澳濴瀁濷澳濥瀂瀈瀇濸瀅澳瀀瀂濷濸瀆澿澳濪濻濸瀁澳濘瀇濻濸瀅瀁濸瀇澳瀃瀂瀅瀇瀆澳濶瀂瀁瀁濸濶瀇濸濷澳瀇瀂澳瀇濻濸澳 濼瀁瀇濸瀅瀁濸瀇澿澳濚瀅濸濸瀁澳濿濼濺濻瀇澳濴濿瀊濴瀌瀆澳瀂瀁澳澻瀁瀂瀇濸濍澳濥瀂瀈瀇濸瀅澳瀀瀂濷濸澳瀀瀈瀆瀇澳瀂瀁濿瀌澳濶瀂 瀁瀁濸濶瀇澳 瀇瀂澳瀃瀂瀅瀇濅澼濎澳 濵濁 濜瀁澳濥濸瀃濸濴瀇濸瀅澳瀀瀂濷濸澿澳瀊濻濸瀁澳瀆瀈濶濶濸瀆瀆濹瀈 濿濿瀌澳濶瀂瀁瀁濸濶瀇濸濷澳瀇瀂澳瀇濻濸澳濻濼濺濻濸瀅激濿濸瀉 濸濿澳 瀅瀂瀈瀇濸瀅澳濴瀁濷澳瀇濻濸澳瀆濼濺瀁濴濿澳瀉濴濿瀈濸澳濼瀆 濑濐濉濈澸澿澳濚瀅濸濸瀁澳濿濼濺濻瀇澳濴濿瀊濴瀌瀆澳瀂瀁濎澳 濶濁 濪濻濸瀁澳瀇濻濸澳濶瀂瀁瀁濸濶瀇濼瀂瀁澳瀇瀂澳瀇濻濸澳濻濼濺濻濸 瀅激濿濸瀉濸濿澳瀅瀂瀈瀇濸瀅澳濼瀆澳瀈瀁瀆瀈濶濶濸瀆瀆濹瀈濿澳 瀂瀅澳瀇濻濸澳 瀆濼濺瀁濴濿澳瀉濴 濿瀈濸澳濼瀆澳濿濸瀆瀆澳瀇濻濴瀁澳濉濈澿澳瀇濻濸澳濚瀅濸濸瀁澳濿濼濺濻瀇澳瀇瀈瀅瀁瀆澳瀂濹濹澳濎澳 濬濘濟濟濢濪澳 濧濻濸澳濬濸濿濿瀂瀊澳濿濼濺濻瀇澳濼瀁濷濼濶濴瀇濸 瀆澳瀊濸濴濾澳瀆濼濺瀁濴濿澳瀆瀇瀅濸瀁濺瀇濻澳濿濸瀆瀆澳瀇濻濴 瀁澳濉濈澸澳瀊濻濸瀁澳 濶瀂瀁瀁濸濶瀇濸濷澳濷瀈瀅濼瀁濺澳瀂瀃濸瀅濴瀇濼瀂瀁濍澳濴濁澳澳濪濻濸瀁澳瀇濻濸澳瀆濼濺瀁濴濿澳瀉濴濿瀈濸澳濼瀆澳濺瀅濸濴瀇濸瀅澳瀇濻濴瀁澳瀂瀅澳濸瀄瀈濴濿澳瀇瀂澳濆濈澸澳濴瀁濷澳濿 濸瀆瀆澳瀇濻濴瀁澳 濉濈澸澳瀇濻濸澳濬濸濿濿瀂瀊澳濿濼濺濻瀇澳濴濿瀊濴瀌瀆澳瀂瀁濎澳 濵濁澳澳濪濻濸瀁澳瀇濻濸澳瀆濼濺瀁濴濿澳瀉濴濿瀈濸澳濼瀆澳濿濸瀆瀆澳瀇濻濴瀁澳濆濈澿澳瀇濻濸澳濬濸濿濿瀂瀊澳濿濼濺濻瀇澳濹濿濴 瀆濻濸瀆澳濸瀉濸瀅瀌澳濄澳 澳瀆濸濶瀂瀁濷濎澳 澳 澶濩濨濨濣濢澔澹濬濤濠濕濢濕濨濝濣濢漣澔濧濻濼瀆澳瀅濸瀆濸瀇澳濵瀈瀇瀇瀂瀁澳濻濴瀆澳瀇瀊瀂澳濹瀈瀁濶瀇濼瀂瀁 瀆澿澳瀂瀁濸澳濼瀆澳瀇濻濸澳濟濘濗澳濿濼濺濻瀇澳瀂瀁澿澳濴 瀁濷澳瀇濻濸澳瀂瀇濻濸瀅澳濼瀆澳瀇濻濸澳濹濴濶瀇瀂瀅瀌澳濷濸濹濴瀈濿瀇 瀅濸瀆濸瀇濁澳濙瀂瀅澳濟濘濗澳濟濼濺濻瀇澳濕瀈瀇瀇瀂瀁濍澳濔濿濿澳濟濘濗瀆澳瀊濼濿濿澳濴瀈瀇瀂瀀濴瀇濼濶濴濿濿瀌澳瀇瀈瀅瀁澳瀂濹濹澳濴濹瀇濸 瀅澳濄濃澳瀀濼瀁瀈瀇濸瀆澳瀂濹澳瀁瀂瀅瀀濴濿澳濼瀁濷濼濶濴瀇濼瀂瀁濁 濧瀂澳瀉濼濸瀊澳瀇濻濸澳濷濼瀆瀃濿濴瀌澿澳瀃濿濸濴瀆濸澳瀃瀅濸瀆瀆澳 瀇濻濸澳濥濘濦濘濧澳濵瀈瀇瀇瀂瀁澳濹瀂瀅澳濄澳瀆濸濶瀂瀁濷 濎澳 濙瀂瀅澳濥濸瀆濸瀇澳濵瀈瀇瀇瀂瀁濍澳濧濻濼瀆澳濵瀈瀇瀇瀂瀁澳濼瀆澳瀈瀆濸濷澳瀇瀂澳瀅濸瀆瀇瀂瀅濸澳濹濴濶瀇瀂瀅瀌澳濷濸濹濴瀈濿 瀇澳濦濸瀇瀇濼瀁濺瀆澿澳瀃瀅濸瀆瀆澳濴瀁濷澳濻瀂濿濷澳濹瀂瀅澳濋 瀆濸濶瀂瀁濷瀆濁澳 澽濢濧濨濕濠濠濕濨濝濣濢澔濧濨濙濤濧澮澔 濙濼瀁濷澳濴澳瀆瀈濼瀇濴濵濿濸澳濿瀂濶濴瀇濼瀂瀁澳瀇瀂澳瀃濿濴濶 濸澳瀇濻濸澳濥濴瀁濺濸澳濘瀋瀇濸瀁濷濸瀅澿澳濶瀂瀁瀁濸濶瀇澳瀇 濻濸澳瀇瀌瀃濸澳濖澳瀃瀂瀊濸瀅澳濿濼瀁濸澿澳瀇濻濸瀁澳 濶瀂瀁瀁濸濶瀇澳瀇濻濸澳濧瀌瀃濸激濖澳濟濼瀁濸澳瀇瀂澳濈濩澳澻澳 濑濐澳濅濔澳澼澳瀃瀂瀊濸瀅澳濴濷濴瀃瀇濸瀅澳濴瀁濷澳瀃濿瀈濺澳 瀇濻濸澳濴濷濴瀃瀇濸瀅澳濼瀁瀇瀂澳瀇濻濸澳濔濖 濦瀂濶濾濸瀇濁澳 濜濹澳瀌瀂瀈澳瀂瀁濿瀌澳瀁濸濸濷澳瀇瀂澳濸瀋瀃濴瀁濷澳瀇濻濸澳濪 濜濙濜澳瀆濼濺瀁濴濿澳濴瀇澳濻瀂瀀濸澿澳瀌瀂瀈澳濶濴瀁澳濶濻瀂 瀂瀆濸澳瀇濻濸澳濥濸瀃濸濴瀇濸瀅澳瀀瀂濷濸濎澳  濜濹澳瀌瀂瀈澳濴瀅濸澳濷濼瀅濸濶瀇濿瀌澳瀃濿瀈濺濺濼瀁濺澳濴澳瀁濸瀇瀊瀂瀅濾澳濶濴濵濿濸澳瀇瀂澳濘瀇濻濸瀅瀁濸瀇澳瀃瀂瀅瀇瀆澳 濹瀅瀂瀀澳瀇濻濸澳瀀濴濼瀁澳瀅瀂瀈瀇濸瀅澳瀇瀂澳 濴濶濶濸瀆瀆澳瀇濻濸澳濼瀁瀇濸瀅瀁濸瀇澿澳瀃濿濸濴瀆濸澳瀈瀆濸澳濔濣澳瀀瀂濷濸濎澳  濜濹澳瀌瀂瀈澳瀊濴瀁瀇澳瀇瀂澳瀈瀆濸澳濼瀇澳濴瀆澳濴澳瀅瀂瀈瀇濸瀅澿澳瀃濿濸濴瀆濸澳瀆濸濿濸濶瀇澳瀇濻濸澳濥瀂瀈瀇濸瀅澳瀀瀂濷 濸澳濴瀁濷澳濖瀂瀁瀁濸濶瀇澳瀇濻濸澳瀁濸瀇瀊瀂瀅 濾 濶濴濵濿濸澳濹瀅瀂瀀澳瀇濻濸澳濜濦濣澳瀇瀂澳瀃瀂瀅瀇澳濅濎澳 瀅濸瀀濴瀅濾瀆濍澳濨瀆濸瀅瀆澳濶濴瀁澳濶濻瀂瀂瀆濸澳瀅瀂瀂瀀瀆澳瀇濻濴瀇澳瀅濸瀄瀈濼瀅濸澳濸瀁濻濴瀁濶濸濷澳瀆濼濺瀁濴濿濁澳濜濹澳瀌瀂瀈澳瀃瀈瀅 濶濻濴瀆濸澳瀀瀈濿瀇濼瀃濿濸澿澳瀌瀂瀈澳濶濴瀁澳瀃濿濴濶濸 瀇濻濸瀀澳濼瀁澳濷濼濹濹濸瀅濸瀁瀇澳瀅瀂瀂瀀瀆濁澳 濇濈澹濄澔澥 濍澳 濢瀃濸瀁澳瀇濻濸澳瀃濻瀂瀁濸澳瀆濸瀇瀇濼瀁濺瀆澿澳瀆濶濴瀁澳濪濼激濙濼澳濻瀂瀇瀆瀃瀂瀇瀆澿澳瀆濸濿濸濶瀇澳濦濦濜濗澳濴瀆澳濪濼 濙濼澳濥濸瀃濸濴瀇濸瀅澳瀤濫濫濫濫澳濴瀁濷 濶瀂瀁瀁濸濶瀇澳濼瀇濁澳瀇濻濸瀁澳瀂瀃濸瀁澳濴瀁瀌澳濪濸濵澳濵瀅瀂瀊瀆濸瀅澳濴瀁濷澳濸瀁瀇濸瀅澳濄濌濅濁濄濉濋濁濄濄濁濄澳瀂瀁 澳瀇濻濸澳濴濷濷瀅濸瀆瀆澳濵濴瀅濁澳濦濸濸澳瀇濻濸 濹濼濺瀈瀅濸澳濵濸濿瀂瀊濍澳 濥濸瀀濴瀅濾漡濦瀂瀀濸澳瀃濻瀂瀁濸瀆澳濶濴瀁澳濴瀈瀇瀂瀀濴瀇濼濶濴濿濿瀌澳濿瀂濺濼瀁澳瀇濻瀅瀂瀈濺濻澳瀇濻濸澳瀆濸瀇瀇濼瀁濺瀆 澳瀃瀂瀃激瀈瀃澳濪濼瀁濷瀂瀊濁 澳 濇濈澹濄澔澦澮澔濖濿濼濶濾澳濟濢濚濜濡澳濴瀁濷澳瀆濸濿濸濶瀇澳瀇濻濸澳瀀瀂濷濸澳瀇濻濴瀇澳瀁濸濸濷瀆澳瀇瀂澳濵濸澳濶瀂瀁瀁濸濶瀇濸濷漓澳 濥濸瀃濸濴瀇濸瀅澳濠瀂濷濸澳 濖濿濼濶濾澳濥濸瀃濸濴瀇濸瀅澳濠瀂濷濸澿澳瀆濸濿濸濶瀇澳瀇濻濸澳濦濦濜濗澳瀇濻濴瀇澳瀁濸濸濷瀆澳瀇 瀂澳濵濸澳濸瀋瀇濸瀁濷濸濷澿澳瀇濻濸瀁澳 濸瀁瀇濸瀅澳瀇濻濸澳瀃濴瀆瀆瀊瀂瀅濷濁澳 濔濣澳濠瀂濷濸澳 濖濿濼濶濾澳濔濣澳濠瀂濷濸澿澳瀇濻濸瀁澳濸瀁 瀇濸瀅澳瀇濻濸澳瀁濸瀊澳濪濼濙濼澳瀃濴瀆瀆瀊瀂瀅濷濁澳 澳濥瀂瀈瀇濸瀅澳濠瀂濷濸澳 濖濿濼濶濾澳 濥瀂瀈瀇濸瀅澳 濠瀂濷濸澿澳 濔濶濶瀂瀅濷濼瀁濺澳 瀇瀂澳 瀌瀂瀈瀅澳 濼瀁瀇濸瀅瀁濸瀇澳 濜濣澳 瀇 瀌瀃濸澳 瀇瀂澳 瀆濸濿濸濶瀇澳 濶瀂瀁瀁濸濶瀇濼瀂瀁 漏 濗瀌瀁濴瀀濼濶澳 濜濣濂濦瀇濴瀇濼濶澳 濜濣濂濣濣濣瀂濘 漐 濴瀁濷澳 瀆濸瀇澳 濶瀂瀁瀁濸濶瀇濼瀂瀁澳 濼瀁濹瀂瀅瀀濴瀇濼瀂瀁澿澳濧濻濸瀁澳濸瀁瀇濸瀅澳瀇濻濸澳瀁濸瀊澳濪濼濙濼澳瀃濴瀆瀆瀊瀂瀅濷濁澳 濦濸濸澳瀇濻濸澳濷濼濴濺瀅濴瀀澳濹瀂瀅澳濷濸瀇濴濼濿濸濷澳瀆濸瀇瀇濼瀁濺瀆漡澳 濅澚澵澔澔濅澵澥澮澔 濛瀂瀊澳瀇瀂澳瀀瀂濷濼濹瀌澳濶瀂瀁濹濼濺瀈瀅濴瀇濼瀂瀁澳濼瀁濹瀂瀅瀀濴瀇濼瀂瀁濒澳 濜濹澳瀌瀂瀈澳瀊濴瀁瀇澳瀇瀂澳瀀瀂濷濼濹瀌澳瀇濻濸澳濶瀂瀁濹濼濺瀈瀅濴瀇濼瀂瀁澳濼瀁濹瀂瀅瀀濴瀇濼瀂瀁澳濴濹瀇濸瀅澳濶瀂瀁濹濼 濺瀈瀅濴瀇濼瀂瀁澿澳瀃濿濸濴瀆濸澳瀃瀅濸瀆瀆澳瀇濻濸 濥濘濦濘濧澳濕瀈瀇瀇瀂瀁澳濹瀂瀅澳瀀瀂瀅濸澳瀇濻濴瀁澳濋澳瀆濸濶 瀂瀁濷瀆濁澳濥濸濶瀂瀁濹濼濺瀈瀅 濸澳濴濹瀇濸瀅澳瀅濸瀇瀈瀅瀁濼 瀁濺澳瀇瀂澳濹濴濶瀇瀂瀅瀌澳瀆濸瀇瀇濼瀁濺瀆濁澳 濅澵澦澮澔 濛瀂瀊澳瀇瀂澳濷瀂澳瀊濻濸瀁澳瀆瀇瀂瀃瀃濸濷澳濻濴濿濹瀊 濴瀌澳濷瀈瀅濼瀁濺澳濶瀂瀁濹濼濺瀈瀅濴瀇濼瀂瀁濒澳 濜濹澳瀇濻濸澳濼濣濻瀂瀁濸澳濷濸瀉濼濶濸澳濴…

Text truncated - open the document above for the full version.

1/1 US Agent for Service of Process LETTER OF ATTESTATION TO: Office of Engineering Technology Federal Communications Commission 7435 Oakland Mills Road Columbia, MD 21046 US Agent for Service of Process: Company Name: GLOCERTS TECHNOLOGY INC FRN: 0036339737 Contact Name: Huiying Fan Address: 19784 SUNKISSED RIDGE DR, RIVERSIDE, CA 92507 Telephone (626) 588-8039 Email: [email protected] This letter is to confirm that the US Agent for Service of Process accepts responsibility to act as a local representative on behalf of Shenzhen Dimao Technology Co., LTD The US Agent for Service of Process is aware of and agrees to comply with the requirements outlined in the FCC Equipment Authorization Program, Report and Order FCC 22-84, and clause § 2.911. Applicant: Company name: Shenzhen Dimao Technology Co., LTD FRN: 0035783448 Grantee code: 2BH6K FCC ID: 2BH6K-A95XF9 Contact Name: WANG SHICHENG Address: 603 Conrui Times Square,Keyuan Business Building, No. 39,Huarong Road,Gaofeng Community,Dalang Street,Longhua District,Shenzhen Telephone No: 15215719679 Fax No: N/A Email: [email protected] The Applicant is aware of and agrees to comply with the requirements outlined in the FCC Equipment Authorization Program, Report and Order FCC 22-84, and clause § 2.911. Date: 2026/01/09 Applicant’s Name: WANG SHICHENG US Agent for Service of Process’s Name: Huiying Fan Title: Manager Title: Director Signature: Signature

(Shenzhen Dimao Technology Co., LTD) (2026-01-09) Eurofins Electrical and Electronic Testing NA, Inc. 914 West Patapsco Avenue Baltimore, MD 21230 RE: Attestation Statements Part 2.911(d)(5)(i) request for (FCC ID:2BH6K-A95XF9) [Shenzhen Dimao Technology Co., LTD] (“the applicant”) certifies that the equipment for which authorization is sought is not “covered” equipment prohibited from receiving an equipment authorization pursuant to section 2.903 of the FCC rules. We also certify that, as of the date of the filing of the application, the equipment does not utilize cyber-security or anti-virus software from Kaspersky Lab, Inc, or any of its successors and assignees, which is also on the “covered list”. Sincerely, (Applicant signature): (Applicant printed name): WANG SHICHENG (Shenzhen Dimao Technology Co., LTD) (2026-01-09) Eurofins Electrical and Electronic Testing NA, Inc. 914 West Patapsco Avenue Baltimore, MD 21230 RE: Attestation Statements Part 2.911(d)(5)(ii) request for (FCC ID:2BH6K-A95XF9) [Shenzhen Dimao Technology Co., LTD] (“the applicant”) certifies that, as of the date of the filing of the application, the applicant is not identified on the Covered List as an entity producing “covered” equipment. Sincerely, (Applicant signature): (Applicant printed name): WANG SHICHENG

Shenzhen Dimao Technology Co., LTD Agent Authorization Letter (2026/01/09) Eurofins Electrical and Electronic Testing NA, Inc. 914 West Patapsco Avenue Baltimore, MD 21230 RE: LETTER OF AGENT AUTHORIZATION To Whom It May Concern: We, the undersigned, hereby authorize (MAXLAB Testing Co.,Ltd.) to act on our behalf in all matters relating to application for equipment authorization, including the signing of all documents relating to these matters. We also hereby certify that no party to the application authorized hereunder is subject to the denial of benefits, including FCC benefits, pursuant to Section 5301 of the Anti-Drug Abuse Act of 1988, 21 U.S.C.853(a). This agreement expires one year from the current date. Sincerely, Client’s signature : Client’s name / title : WANG SHICHENG / Manager Contact information / address: 603 Conrui Times Square,Keyuan Business Building, No. 39,Huarong Road,Gaofeng Community,Dalang Street,Longhua District,Shenzhen

Shenzhen Dimao Technology Co., LTD Long Term Confidentiality Request Letter (2026-01-09) Eurofins Electrical and Electronic Testing NA, Inc. 914 West Patapsco Avenue Baltimore, MD 21230 RE: CONFIDENTIALITY REQUEST FOR(Router TV Box / A95X F9, A95X W2, A95X W3, A95X W5, A95X W6, A95X W7, A95X W8, A95X W9, A95X W10, A95X W11/ FCC ID:2BH6K-A95XF9) To Whom It May Concern: - This letter serves as an official request for confidentiality under sections 0.457 and 0.459 of CFR 47. We have requested that the - - Block Diagram - Schematics - Operational Description - SOFTWARE SECURITY REQUIREMENTS FOR U-NII DEVICES required to be submitted with this application be permanently withheld from public review. The above materials contain trade secrets and proprietary information not customarily released to the public. The public disclosure of these materials may be harmful to the applicant and provide unjustified benefits to its competitors. Please contact me if there is any information you may need. Sincerely, Client’s signature : Client’s name / title : WANG SHICHENG / Manager Contact information / address: 603 Conrui Times Square,Keyuan Business Building, No. 39,Huarong Road,Gaofeng Community,Dalang Street,Longhua District,Shenzhen

Shenzhen Dimao Technology Co., LTD Family models declaration letter. 2026-01-09 We Shenzhen Dimao Technology Co., LTD Of 603 Conrui Times Square,Keyuan Business Building, No. 39,Huarong Road,Gaofeng Community,Dalang Street,Longhua District,Shenzhen Product: Router TV Box Model Name: A95X F9 Serial Model: A95X W2, A95X W3, A95X W5, A95X W6, A95X W7, A95X W8, A95X W9, A95X W10, A95X W11 All models covered in this report are the same with each other, except for different model No. for trading purpose. Thanks Sincerely, Signature Name: WANG SHICHENG Date: 2026-01-09 Title: Manager

Label Location

5GWIFI ANT1 5GWIFI ANT2 2.4GWIFI ANT1 2.4GWIFI ANT2

RF Exposure Report FCC ID: 2BH6K-A95XF9 The EUT is a Router TV Box in the 2412 ~ 2462MHz and 5180-5240 MHz frequency band. According to FCC 1.1310: The criteria listed in the following table shall be used to evaluate the environment impact of human exposure to radio frequency (RF) radiation as specified in 1.1307(b) (A) Limits for Occupational / Controlled Exposure Frequency Range (MHz) Electric Field Strength (E) (V/m) Magnetic Field Strength (H) (A/m) Power Density (S) (mW/ cm 2 ) Averaging Time |E| 2 ,|H| 2 or S (minutes) 0.3-3.0 614 1.63 (100)* 6 3.0-30 1842 / f 4.89 / f (900 / f)* 6 30-300 61.4 0.163 1.0 6 300-1500 f/300 6 1500-100,000 5 6 (B) Limits for General Population / Uncontrolled Exposure Frequency Range (MHz) Electric Field Strength (E) (V/m) Magnetic Field Strength (H) (A/m) Power Density (S) (mW/ cm 2 ) Averaging Time |E| 2 ,|H| 2 or S (minutes) 0.3-1.34 614 1.63 (100)* 30 1.34-30 824/f 2.19/f (180/f)* 30 30-300 27.5 0.073 0.2 30 300-1500 f/1500 30 1500-100,000 1.0 30 Note: f = frequency in MHz MPE calculation method Calculation Method of RF Safety Distance: S: power density mW/ cm 2 ; P: power input to the antenna in mW; g: numeric gain of antenna; r: distance to centre of radiation in cm Calculated result Mode Max. Peak output power (dBm) Max. Peak output power (mW) Antenna Gain (numeric) Power Density (S) (mW/ cm 2 ) Limit of Power Density (S) (mW/ cm 2 ) 802.11b 10.453 11.099 2.559 0.005654 1 802.11g 10.405 10.977 2.559 0.005591 1 802.11n20 13.602 22.919 5.117 0.023343 1 802.11n40 12.776 18.950 5.117 0.019300 1 802.11a 10.319 10.762 3.524 0.007549 1 5G Wi-Fi 802.11 n20 13.055 20.207 7.047 0.028344 1 5G Wi-Fi 802.11 n40 12.414 17.434 7.047 0.024454 1 5G Wi-Fi 802.11 ac20 12.977 19.847 7.047 0.027839 1 5G Wi-Fi 802.11 ac40 12.315 17.041 7.047 0.023903 1 5G Wi-Fi 802.11 ac80 12.252 16.796 1.26 0.004212 1 Note1: the antenna gain is 4.08dBi for 2.4GWIFI; Directional Gain=4.08dBi+10log(2)=7.09dBi The EUT 802.11n (20) and 802.11n(40) is support MIMO mode. the antenna gain is 5.47dBi for 5GWIFI; Directional Gain=5.47dBi+10log(2)=8.48dBi The EUT 802.11n20, 802.11n40 802.11ac20 802.11ac40 802.11ac80 is support MIMO mode. Note2: Calculated distance is 20cm, which is declared by the manufacture.

Dongguan Songhui Industrial Co., Ltd. Frequency ID1234567891011 Frequency (MHz)24002410242024302440245024602470248024902500 Efficiency (dBi)-1.58-1.56-1.57-1.54-1.45-1.47-1.49-1.57-1.65-1.78-1.88 Gain (dBi)3.974.064.024.004.083.943.933.873.773.663.50 Efficiency (%)69.5769.7869.6770.1571.5671.2170.8969.7368.3866.3664.82 Directivity (dB)5.545.625.595.545.535.415.435.435.425.445.38 Peak Gain Position (Theta)95.0094.0095.0095.0096.0096.0095.0094.0093.0094.0094.00 Peak Gain Position (Phi)131.00130.00131.00131.00131.00131.00130.00129.00128.00129.00130.00 Efficiency ThetaPol (%)68.2468.3668.1868.6069.9669.6269.3168.1466.7664.7363.19 Efficiency PhiPol (%)1.341.421.491.551.601.581.581.601.621.631.63 Upper Hem. Efficiency (%)29.5129.5629.8130.2930.5030.8630.8930.4230.4229.0028.19 Lower Hem. Efficiency (%)40.0640.2239.8739.8541.0640.3540.0039.3137.9637.3636.63 VER7 T90(H)Roundness 2.28 2.31 2.37 2.39 2.40 2.41 2.44 2.53 2.58 2.61 2.63 Gain 15deg (dBi) E1(XZ)Beam width 36.43 35.79 36.73 37.77 38.15 39.56 39.28 39.38 39.66 39.20 39.71 E1(XZ)Ratio before and after 13.13 13.25 13.13 12.72 12.18 11.64 11.33 11.08 10.80 10.43 10.00 E2(YZ)Beam width 34.93 31.37 32.05 32.69 34.21 36.09 35.23 35.12 34.09 33.35 33.34 E2(YZ)Ratio before and after 16.36 15.73 14.96 14.85 14.86 14.95 14.49 13.62 12.95 12.36 11.90 Maximum gain ratio axis (P) 20.84 20.17 20.12 19.27 19.12 18.44 17.62 16.73 16.08 16.64 16.37 Axial ratio (P) at the vertex (Theta = 0) 6.41 11.20 17.03 16.80 12.50 10.11 9.09 9.08 10.23 12.28 15.44 The angle of elevation of 10 degrees is the worst (maximum) for the major axis ratio (P) 58.33 50.49 53.72 53.74 55.30 53.92 55.20 57.70 62.63 55.15 51.83 Hc(XY)Beam width 360.00360.00360.00360.00360.00360.00360.00360.00360.00360.00360.00 Hc(XY)Ratio before and after 0.650.570.530.490.490.510.550.610.640.640.61 Left-handed circular polarization efficiency (%) 31.58 31.60 31.35 31.28 31.65 31.38 31.21 30.59 29.82 28.73 27.95 Right-handed circular polarization efficiency (%) 38.00 38.18 38.32 38.86 39.91 39.83 39.68 39.14 38.56 37.63 36.87 Maximum gain point intersection ratio (+/- 45 polarization) 3.76 3.90 4.05 4.14 4.04 3.93 3.89 3.84 3.78 3.69 3.57 Maximum gain ratio of the intersection of the horizontal and vertical polarizations 12.58 12.18 11.91 11.58 11.71 11.74 11.57 11.36 11.21 11.57 11.64 T60 degree Phi one cycle worst cross-polarization ratio (+/- 45 polarization) 0.00 0.01 0.02 0.05 0.03 0.03 0.02 0.04 0.01 0.00 0.00 The worst cross-polarization ratio (horizontal and vertical polarization) for a 60-degree Phi rotation circle 3.16 3.15 3.06 3.05 3.12 3.30 3.46 3.44 3.36 3.24 3.06 90-degree (H) Phi one cycle worst polarization ratio (+/- 45 polarization) 0.01 0.01 0.01 0.00 0.01 0.00 0.00 0.00 0.02 0.01 0.01 T90 degree (H) Phi one circle worst cross-polarization ratio (horizontal and vertical polarization) 11.92 11.71 11.25 10.84 10.47 10.28 10.30 10.24 10.29 10.33 10.43 The main lobe downtilt angle (average value) of the axisymmetric antenna -3.26 -2.83 -3.10 -3.18 -4.12 -4.30 -3.56 -3.29 -2.21 -2.63 -2.99 Axial (Z+) horizontal and vertical polarization isolation degree 5.62 8.22 7.65 4.93 3.73 4.26 5.05 6.50 8.46 10.73 13.77 Theta 85.0 - Maximum weekly gain 3.06 3.12 3.07 3.09 3.11 3.08 3.17 3.16 3.17 2.99 2.80 Theta 85.0 Roundness (It is the difference between the maximum and minimum gain values, not the +/- values) 2.24 2.28 2.32 2.35 2.37 2.36 2.37 2.44 2.49 2.56 2.59 max71.56 min64.82 Manufacturer：SHUN DA CHENG TECHNOLOGY CO., LTD 71.56 64.82 0.00 10.00 20.00 30.00 40.00 50.00 60.00 70.00 80.00 90.00 100.00 24002410242024302440245024602470248024902500 Efficiency (%)Max-Min 4.08 3.50 -3.00 -2.00 -1.00 0.00 1.00 2.00 3.00 4.00 5.00 24002410242024302440245024602470248024902500 60.00 70.00 80.00 90.00 100.00 Efficiency ThetaPol (%)Efficiency PhiPol (%) 0.00 10.00 20.00 30.00 40.00 50.00 24002410242024302440245024602470248024902500 0.00 10.00 20.00 30.00 40.00 50.00 60.00 70.00 80.00 90.00 100.00 24002410242024302440245024602470248024902500 Upper Hem. Efficiency (%)Lower Hem. Efficiency (%) 2400.0MHz Total, Eff: 69.6%Back View2400.0MHz Total(E1-XZ), Max= 3.16dBi2400.0MHz Total(E2-YZ), Max= 3.10dBi 3.97 2.13 0.28 -1.56 -3.4 -5.24 -7.08 -8.93 -10.77 -12.61 -14.45 -16.3 -18.14 -19.98 -21.82 -23.66 -25.51 -27.35 2410.0MHz Total, Eff: 69.8%Back View2410.0MHz Total(E1-XZ), Max= 3.20dBi2410.0MHz Total(E2-YZ), Max= 3.28dBi 4.06 2.22 0.37 -1.47 -3.31 -5.15 -6.99 -8.84 -10.68 -12.52 -14.36 -16.21 -18.05 -19.89 -21.73 -23.57 -25.42 -27.26 2420.0MHz Total, Eff: 69.7%Back View2420.0MHz Total(E1-XZ), Max= 3.10dBi2420.0MHz Total(E2-YZ), Max= 3.25dBi 4.02 2.18 0.34 -1.51 -3.35 -5.19 -7.03 -8.87 -10.72 -12.56 -14.4 -16.24 -18.08 -19.93 -21.77 -23.61 -25.45 -27.3 2430.0MHz Total, Eff: 70.1%Back View2430.0MHz Total(E1-XZ), Max= 3.04dBi2430.0MHz Total(E2-YZ), Max= 3.28dBi 4 2.16 0.32 -1.52 -3.37 -5.21 -7.05 -8.89 -10.73 -12.58 -14.42 -16.26 -18.1 -19.95 -21.79 -23.63 -25.47 -27.31 2440.0MHz Total, Eff: 71.6%Back View2440.0MHz Total(E1-XZ), Max= 3.10dBi2440.0MHz Total(E2-YZ), Max= 3.30dBi 4.08 2.23 0.39 -1.45 -3.29 -5.14 -6.98 -8.82 -10.66 -12.5 -14.35 -16.19 -18.03 -19.87 -21.71 -23.56 -25.4 -27.24 2450.0MHz Total, Eff: 71.2%Back View2450.0MHz Total(E1-XZ), Max= 2.98dBi2450.0MHz Total(E2-YZ), Max= 3.17dBi 3.94 2.1 0.25 -1.59 -3.43 -5.27 -7.12 -8.96 -10.8 -12.64 -14.48 -16.33 -18.17 -20.01 -21.85 -23.69 -25.54 -27.38 2460.0MHz Total, Eff: 70.9%Back View2460.0MHz Total(E1-XZ), Max= 2.98dBi2460.0MHz Total(E2-YZ), Max= 3.20dBi 3.93 2.09 0.25 -1.59 -3.44 -5.28 -7.12 -8.96 -10.8 -12.65 -14.49 -16.33 -18.17 -20.01 -21.86 -23.7 -25.54 -27.38 2470.0MHz Total, Eff: 69.7%Back View2470.0MHz Total(E1-XZ), Max= 2.90dBi2470.0MHz Total(E2-YZ), Max= 3.10dBi 3.87 2.02 0.18 -1.66 -3.5 -5.35 -7.19 -9.03 -10.87 -12.71 -14.56 -16.4 -18.24 -20.08 -21.92 -23.77 -25.61 -27.45 2480.0MHz Total, Eff: 68.4%Back View2480.0MHz Total(E1-XZ), Max= 2.77dBi2480.0MHz Total(E2-YZ), Max= 3.04dBi 3.77 1.93 0.09 -1.75 -3.59 -5.44 -7.28 -9.12 -10.96 -12.81 …

Text truncated - open the document above for the full version.

Page 1 of 47 MAXLAB Testing Co.,Ltd. Report No.: MAX25122612P01-R01 FCC PART 15 SUBPART C TEST REPORT FCC PART 15.247 Report Reference No. ..................... : MAX25122612P01-R01 FCC ID............................................. : 2BH6K-A95XF9 Compiled by ( position+printed name+signature) . : Engineer/ Cindy Zheng Supervised by ( position+printed name+signature) . : Manager/Haley Wen Approved by ( position+printed name+signature) . : RF Manager/ Vivian Jiang Date of issue .................................... : January 07, 2026 Testing Laboratory Name .............. : MAXLAB Testing Co.,Ltd. Address ............................................ : 1/F, Building B, Xinshidai GR Park,Shiyan Street, Bao'an District, Shenzhen,Guangdong, 518052, People’s Republic of China Applicant’s name ............................ : Shenzhen Dimao Technology Co., LTD Address ............................................ : 603 Conrui Times Square,Keyuan Business Building, No. 39,Huarong Road,Gaofeng Community,Dalang Street,Longhua District,Shenzhen Test specification ........................... : Standard ........................................... : FCC Part 15.247 KDB558074 D01 15.247 Meas Guidance v05r02 ANSI C63.10:2020 MAXLAB Testing Co.,Ltd. All rights reserved. This publication may be reproduced in whole or in part for non-commercial purposes as long as the MAXLAB Testing Co.,Ltd.is acknowledged as copyright owner and source of the material. MAXLAB Testing Co.,Ltd.takes no responsibility for and will not assume liability for damages resulting from the reader's interpretation of the reproduced material due to its placement and context. Test item description ..................... : Router TV Box Trade Mark ....................................... : N/A Manufacturer .................................... : Shenzhen Dimao Technology Co., LTD Model/Type reference ...................... : A95X F9 Listed Models .................................. : A95X W2, A95X W3, A95X W5, A95X W6, A95X W7, A95X W8, A95X W9, A95X W10, A95X W11 Modulation Type ............................... : DSSS/ OFDM Operation Frequency ........................ : From 2412 - 2462MHz Rating ............................................... : DC5V 2A from adapter AC120V/60Hz Result ............................................... : PASS MAXLAB Testing Co.,Ltd. Report No.: MAX25122612P01-R01 Page 2 of 47 TEST REPORT Equipment under Test : Router TV Box Model /Type : A95X F9 Series Model No. A95X W2, A95X W3, A95X W5, A95X W6, A95X W7, A95X W8, A95X W9, A95X W10, A95X W11 Model Declaration : All models covered in this report are the same with each other, except for different model No. for trading purpose. Applicant : Shenzhen Dimao Technology Co., LTD Address : 603 Conrui Times Square,Keyuan Business Building, No. 39,Huarong Road,Gaofeng Community,Dalang Street,Longhua District,Shenzhen Manufacturer : Shenzhen Dimao Technology Co., LTD Address : 603 Conrui Times Square,Keyuan Business Building, No. 39,Huarong Road,Gaofeng Community,Dalang Street,Longhua District,Shenzhen Test Result: PASS The test report merely corresponds to the test sample. It is not permitted to copy extracts of these test result without the written permission of the test laboratory. MAXLAB Testing Co.,Ltd. Report No.: MAX25122612P01-R01 Page 3 of 47 Contents 1 T E S T S T A N D AR D S . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4 2 S U M M AR Y . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5 2.1 General Remarks .......................................................................................................................................... 5 2.2 Product Description ..................................................................................................................................... 5 2.3 Equipment Under Test ................................................................................................................................. 7 2.4 Short description of the Equipment under Test (EUT) ............................................................................. 7 2.5 EUT operation mode .................................................................................................................................... 8 2.6 Block Diagram of Test Setup ...................................................................................................................... 8 2.7 Related Submittal(s) / Grant (s) ................................................................................................................... 8 2.8 Modifications ................................................................................................................................................ 8 3 T E S T E N V I R O N M E N T . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9 3.1 Address of the test laboratory .................................................................................................................... 9 3.2 Test Facility ................................................................................................................................................... 9 3.3 Environmental conditions ........................................................................................................................... 9 3.4 Test Description ......................................................................................................................................... 10 3.5 Statement of the measurement uncertainty ............................................................................................ 10 3.6 Equipments Used during the Test ................................................................................…

Text truncated - open the document above for the full version.

MAXLAB Testing Co.,Ltd. Report No.: MAX25122612P01-R01 Page 30 of 47 ANT2 802.11b 802.11g CH01 CH01 CH06 CH06 CH11 CH11 MAXLAB Testing Co.,Ltd. Report No.: MAX25122612P01-R01 Page 31 of 47 802.11n(HT20) 802.11n(HT40) CH01 CH03 CH06 CH06 CH11 CH09 MAXLAB Testing Co.,Ltd. Report No.: MAX25122612P01-R01 Page 32 of 47 4.5 6dB Bandwidth Limit For digital modulation systems, the minimum 6 dB bandwidth shall be at least 500 kHz Test Procedure The transmitter output was connected to the spectrum analyzer through an attenuator. The bandwidth of the fundamental frequency was measured by spectrum analyzer with 100 KHz RBW and 300 KHz VBW. The 6dB bandwidth is defined as the total spectrum the power of which is higher than peak power minus 6dB. Test Configuration EUT SPECTRUM ANALYZER Test Results Type Channel 6dB Bandwidth (MHz) Limit (KHz) Result ANT1 ANT2 802.11b 01 7.698 7.700 ≥500 Pass 06 8.163 8.165 11 8.171 8.173 802.11g 01 16.358 16.246 ≥500 Pass 06 16.403 16.431 11 16.438 16.450 802.11n(HT20) 01 17.507 17.513 ≥500 Pass 06 17.699 17.692 11 17.721 17.712 802.11n(HT40) 03 36.256 36.142 ≥500 Pass 06 36.293 36.169 09 36.309 36.308 Note: 1) Measured peak power spectrum density at difference data rate for each mode and recorded worst case for each mode. 2) Test results including cable loss; 3) Worst case data at 1Mbps at IEEE 802.11b; 6Mbps at IEEE 802.11g; 6.5Mbps at IEEE 802.11n HT20; 13.5Mbps at IEEE 802.11n HT40; Please refer to following plots; MAXLAB Testing Co.,Ltd. Report No.: MAX25122612P01-R01 Page 33 of 47 Test Graphs ANT1 802.11b 802.11g CH01 CH01 CH06 CH06 CH11 CH11 MAXLAB Testing Co.,Ltd. Report No.: MAX25122612P01-R01 Page 34 of 47 802.11n(HT20) 802.11n(HT40) CH01 CH03 CH06 CH06 CH11 CH09 MAXLAB Testing Co.,Ltd. Report No.: MAX25122612P01-R01 Page 35 of 47 ANT2 802.11b 802.11g CH01 CH01 CH06 CH06 CH11 CH11

MAXLAB Testing Co.,Ltd. Report No.: MAX25122612P01-R01 Page 36 of 47 802.11n(HT20) 802.11n(HT40) CH01 CH03 CH06 CH06 CH11 CH09 MAXLAB Testing Co.,Ltd. Report No.: MAX25122612P01-R01 Page 37 of 47 4.6 Out-of-band Emissions Limit In any 100 kHz bandwidth outside the frequency band in which the spread spectrum or digitally modulated intentional radiator is operating, the radio frequency power that is produced by the intentional radiator shall be at least 20 dB below that in the 100 kHz bandwidth within the band that contains the highest level of the desired power, based on either an RF con-ducted or a radiated measurement, pro-vided the transmitter demonstrates compliance with the peak conducted power limits. If the transmitter com-plies with the conducted power limits based on the use of RMS averaging over a time interval, as permitted under paragraph (b)(3) of this section, the attenuation required under this paragraph shall be 30 dB instead of 20 dB. Attenuation below the general limits specified in §15.209(a) is not required. Test Procedure Connect the transmitter output to spectrum analyzer using a low loss RF cable, and set the spectrum analyzer to RBW=100 kHz, VBW= 300 kHz, peak detector , and max hold. Measurements utilizing these setting are made of the in-band reference level, bandedge and out-of-band emissions. Test Configuration EUT SPECTRUM ANALYZER Test Results Remark: The measurement frequency range is from 30MHz to the 10th harmonic of the fundamental frequency. The lowest, middle and highest channels are tested to verify the spurious emissions and bandage measurement data. And record the worst data in the report. For 802.11b/g Mode, Pre-test the EUT in continuous transmitting mode with setup as stand-alone in only ANT1 transmits and only ANT2 transmits, found the worst case is ANT1 transmit and report the data. For 802.11n20/n40 Mode, Pre-test the EUT in continuous transmitting mode with setup as stand-alone in only ANT1 transmits and only ANT2 transmits and ANT1 and ANT2 transmit simultaneously, found the worst case is ANT1 and ANT2 transmit simultaneously and report the data. Mode Frequency (MHz) Max Value (dBc) Limit (dBc) Verdict b 2412 -42.33 -20 Pass b 2437 -42.85 -20 Pass b 2462 -43.66 -20 Pass g 2412 -34.75 -20 Pass g 2437 -34.35 -20 Pass g 2462 -34.47 -20 Pass n20 2412 -34…

Text truncated - open the document above for the full version.