name: HNBAP
full_form: HNB Application Protocol
context: 33 dBc, which is specified as ACLR1 level in TS25.101, the spurious emission becomes -40.8 dBm/1MHz in the same manner. In addition, Band XIX DL protection from Band VIII UE is analysed using the measurement results of commercially available PAs [11]. These PAs are evaluated for ACLR1 under the condition by intentionally manipulating its voltage bias with 33 dBc. Figure 8.1.1-1 Power Amplifier Output Spectrum [11]. Figure 8.1.1 shows that typical PAs have at least 3.6 dB margin from Japanese regulation of -37 dBm/1MHz. In , the spurious emission requirement is -37 dBm/1MHz in 800 MHz DL bands (860-890 MHz), which can be achieved without any changes to hardware or to software.
description: The HNB Application Protocol (HNBAP) is a protocol used for communication between Home NodeBs (HNBs) and the core network. It defines the structure and content of messages exchanged between these entities, utilizing ASN.1 definitions that conform to ITU-T recommendations X.680 and X.681. The protocol specifies rules for constructing HNBAP messages, including the ordering and occurrence of Information Elements (IEs), which are defined in object set definitions.
explanation: HNBAP is classified as a Protocol because it defines the rules and structure for communication between specific network entities (Home NodeBs and the core network). The context highlights its role in governing the format and content of messages, adhering to ASN.1 standards, which is characteristic of protocols in telecommunications.
section_title: 9.3.0	General
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