Support of RF-chaining with up to 4x Radio units per chain up to 20 km chain length
SR002146 Increased flexibility in building RF-chaining site solutions This feature releases RF-chaining configurations where the last Radio-instance within a chain can be up to 20km away from the Baseband unit. •
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A chain can comprise up to four Radios The last Radio instance within a chain can be physically located up to 20km away from the System Module, irrespective of the number of Radio units within a chain RF-chaining is supported using OBSAI-based Radios or CPRI-N based Radios but no mixture of both within the same chain It is possible to run dedicated RAT or RF-sharing configurations or any combination of dedicated RAT+RF-sharing within a chain Chaining is only supported when chain is directly connected to the System Module
© 2018 Nokia
Confidential
release plans
SR001921 New LTE fea featur tures es in SRAN SRAN 18A •
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This umbrella feature brings the FDD-LTE 18A features with release in SRAN 18A With this feature Operator is able to use the newest features developed in FDD-LTE 18A effectively with the SBTS sites It is applicab applicable le for FlexiMultiradio10 and AirScale
content info
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release plans
SR001919 New LTE IoT fea featur tures es in SR SRAN AN 18A •
This feature makes the new LTE IoT features available on the SBTS
content info
back
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SR001667 Single band AirScale RRH solution for 900 MHz Benefits for the operator − − − − −
Lean Site solution Reduced Opex PIM cancellation CPRI support No external filters required to handle transmitter spurious emission and blocking
Feature description Radio characteristics − RF Output Power: 2x60W − 2TX & 4RX. 4* 4.3-10 connectors − Band 8: TX 925 - 960 MHz, MHz, RX 880 - 915 MHz MHz − Ful Fullba lband nd iBW iBW&oB &oBW W − 5G ready HW Other characteristics − Supported Technologies: GSM/WCDMA/FDD-LTE − Supported System Module: FSMF, AirScale SM − Optical Interface Type: 2* 9.8 Gb/s CPRI with compression − Mount: Wall, Pole, Book, RAS, horizontal with Fan
Target dimensions: 12.2 liters, 12.8 kg IP65, -40 to +55 °C
back
SR001943 High Power, Full band,3-sector LTE optimized solution for 1800 MHz Benefits for the operator − − − −
1+1+1 & 2+2+2 2TX MIMO downlink with o nly one RF Module Lean Site solution Reduced Opex High RF OP
Feature description Radio characteristics − RF Output Power: 6x80W − 6TX & 6RX − Band 3: TX 1805 1805 - 1880 MHz, MHz, RX 1710 – 1785 MHz − Full band band iBW & oBW − 5G ready HW Other characteristics − Concurrent operation LTE and GSM defined by SW − Supported System Module: FSMF, AirScale − Optical Interface Type: 3* 9.8 Gb/s CPRI − Mount: Pole/Wall installation, Rooftop, Vertical Book/Stack mount
Target dimensions: < 25Lliters, <25kg IP 65. -35°C to +55°C
back
SR001964 Compact Comp act act active ive ant antenn enna a solu solutio tion n for 1800 and 2100 MHz Benefits for the operator − − − − −
Compact and high performance dual-band active antenna Fully integrated Dual-Band Radio unit and Wideband Antenna Cable-less integration for maximal performance and efficiency Enhanced site TCO Minimal footprint with single-point mounting
Feature description Radio characteristics Other characteristics − RF Output Power: 2x2x12W − Supported Technologies: LTE FDD, WCDMA − 2TX & 2RX − Supported System Module: FSMF/ AirScale − Band 1: TX 2110 - 2170 MHz, MHz, RX 1920 - 1980 MHz MHz − Optical Interface Type: 2 * 9.8 Gb/s CPRI with compression − Band 3: TX 1805-1880 MHz, RX 1710 – 1785 MHz − Mount: pole, Wall − iBW and oBW Full band/B band/Band and − Support for 256 QAM − Antenna gain average 16 dBi − Cross-polarized with 65 degree horizontal beam width − 5G ready HW
back
SR001996 Rel 5 based new new generation generation micro micro RFM Benefits for the operator − Lean Site solution − Reduced Opex − Low RF OP
Feature description Radio characteristics − RF Output Power: 4x5W − 4TX & 4RX − Band 25: TX 1930 1930 MHz - 1995 MHz, MHz, RX 1850 MHz - 1915 MHz − Full band band iBW & oBW − 5G ready HW Other characteristics − Concurrent operation LTE and WCDMA defined by SW − Supported System Module: FSMF, AirScale − Optical Interface Type: 2* 9.8 Gb/s CPRI − Mount: Pole/Wall /Bookshelf/Strand Enclosure mounting
Target dimensions: < 4Lliters, <5.5kg IP 65. -35°C to +55°C
SR001948 Flexi RRH 4T4R B25 160W FHFB Benefits for the operator:
− GSM/LTE/WCDMA support − 4x4 MIMO operation with only one RRH per sector
Feature description: − − − − − −
Based on FRMr4.0b_4T4R_Corona/GAIA+ It supports 3GPP FDD bands 25: Band 25: UL (RX) 1850 MHz – 1910 MHz, DL (TX) 1930 MHz – 1990 MHz 60 MHz BW for both Tx and Rx LTE/WCDMA, and up to 35 MHz for GSM. GSM . Max output power per Tx path of 40W. Optimized for single sector deployment with 4TX MIMO
Others Characteristics − Supported Technologies: GSM/LTE/WCDMA − Supported System Module: FSMF, AirScale SM − Optical Interface Type: OBSAI-6G, Ports-2 − Mount: Pole/Wall installation, Vertical Book mount.
Target Dimensions •
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•
30 liters, 22 kg IP65, -40 to +55 °C
back
SR002040 Rel 5 based new new generation generation micro micro RFM Benefits for the operator − Lean Site solution − Reduced Opex − Lo Low w RF OP OP
Feature description Radio characteristics − RF Output Power: 4x5W − 4TX & 4RX − Band 1: TX 2110 2110 MHz - 2170 MHz, MHz, RX 1920 MHz - 1980 MHz MHz − Full band band iBW & oBW − 5G ready HW Other characteristics − Concurrent operation LTE and WCFDMA defined by SW − Supported System Module: FSMF, AirScale − Optical Interface Type: 2* 9.8 Gb/s CPRI − Mount: Pole/Wall /Bookshelf/Strand Enclosure mounting
Target dimensions: < 4Lliters, <5.5kg IP 65. -35°C to +55°C
SR002014 Dynamically reallocate spectrum resources between GSM and WCDMA •
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SBTS based inter-RAT communication enables dynamic scheduling s to avoid interference to either RAT while using shared resources Shared spectrum limited to 1.2Mhz, 0.6Mhz on each edge of a 3.8Mhz UMTS carrier GSM Controller based interference Matrix (BIM) used for identifying overlapping overlapping cells to be informed about needed coordination when shared spectrum is taken into use. Based on GSM usage of shared spectrum, corresponding channels are filtered out from WCDMA transmissions to avoid interference © 2018 Nokia
Confidential
SR001783 Dynamically reallocate spectrum resources between GSM and LTE •
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SBTS based inter-RAT communication enables dynamic scheduling s to avoid interference to either RAT while using shared resources Maximum 40% LTE spectrum can be shared with GSM (excluding guard band) GSM Controller based interference Matrix (BIM) used for identifying overlapping overlapping cells to be informed about needed coordination when shared spectrum is taken into use. GSM load based coordination by LTE to take corresponding frequency resources into use © 2018 Nokia
Confidential
SR000958 Protects PKI system from service degradation, increases the PKI robustness significantly •
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The BTS supports the configuration of 2 PKI systems (primary & secondary) With this capability it is possible to support geo-redundant PKI systems in same operator domain or one PKI in the non-secure operator domain (reachable w/o an IPSec tunnel) and another PKI system in the secure operator domain (reachable only within an IPsec tunnel) In addition the BTS supports the asynchronous enrollment of certificates to allow the separation of Registration (RA) and Certification Authorities (CA) to different host systems or human intervention e.g. for approving certificate signing requests. To do so the Certificate Management Protocol (CMPv2) is enhanced to support waiting & polling messages •
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BTS CSR Primary PKI
Fall-back
Seconda Se condary ry PKI
CSR
Non-secure IP domain
BTS
Secure Operator IP domain
PKI A
CRS
PKI B
IPsec IPse c Tunnel
CSR
PKI
BTS
CA
RA •
Benefits •
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CSR
CSR
Wait
The operator can deploy geo-redundant PKI systems and gets more flexibility with regards to physical PKI locations © 2018 Nokia
Confidential
Poll Poll
Certificate
Certificate
SR000849 Capability to adopt warning text to legislation rules and company security directives During login to the BTS with the Element Manager or to the BTS service service level with Secure Secure Shell a warning banner is shown upfront.
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central stored banner text
The customized text can either be configured with the Element Manager for a single BTS or centrally provided to NetAct and distributed from NetAct to all BTS
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Element Manager
Two banner versions are supported
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Banner text
BTS SSH Client
The operator is able to adopt the banner text to its company policy and regulator requierements © 2018 Nokia
Banner text WebUI
One for 7bit ASCII Benefits •
Local stored banner text
Warning ………….
One for utf-8 characters
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50
Banner text
The operator is able to substitute the Nokia default warning banner content by an own text.
•
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Banner text
NetAct framework
Confidential
Warning ………….
BTSMED 18A capacity extension SR001985 Less BTSMEDs needed and thus less maintenance work and less HW resources needed Two virtualized BTSMED sizes •
L-size 20000 BTSs
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XL-size 30000 BTSs
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Bare Metal BTSMED size same as largest virtualized BTSMED.
vCPU
RAM
BTSs
Cells
S-VNF
4
16
5k
11k
M-VNF
6
20
11k
24k
L-VNF
20k
48k
XL-VNF
30k
80k
30k
80k
Bare Ba re Me Mettal
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© 2018 Nokia
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Gen8/ Gen 8/9 9 LT LTE OMS OMS HW
Offline SCF conversion from dedicated RAT BTS to SBTS18A SR001965 Smooth conversion from Single RAT to SRAN
LTE
WCDMA
GSM LTE + GSM LTE + WCDMA
SBTS18A (AirScale)
FL18 / FL18SP (AirScale)
SBTS18A (AirScale)
FL17A / FL17A SP1 (AirScale)
SBTS18A (AirScale)
FL18A (FSMF)
SBTS18A (AirScale)
FL18 / FL18SP (FSMF)
SBTS18A (AirScale)
FL17A / FL17A SP1 (FSMF)
SBTS18A (AirScale)
FL18A (FSMF)
SBTS18A (FSMF)
FL18 / FL18SP (FSMF)
SBTS18A (FSMF)
FL17A / FL17A SP1 (FSMF)
SBTS18A (FSMF)
WBTS18 (FSMF)
SBTS18A (FSMF)
WBTS17 (FSMF)
SBTS18A (FSMF)
WBTS18 (FSMC/D/E)
SBTS18A (FSMF)
WBTS17 (FSMC/D/E)
SBTS18A (FSMF)
GF18 (FSMF)
SBTS18A (FSMF)
GF17 (FSMF)
SBTS18A (FSMF)
FL18A or FL18/FL18SP (FSMF) + GF18 (FSMF)
SBTS18A (FSMF)
FL17A / FL17A SP1 (FSMF) + GF17 (FSMF)
SBTS18A (FSMF)
FL18A or FL18/FL18SP (FSMF) + WBTS18 WBTS18 (FSMC/D/E/F)
SBTS18A (FSMF)
FL17A / FL17A SP1 (FSMF) + WBTS17 (FSMC/D/E/F)
SBTS18A (FSMF)
FL18A or FL18/FL18SP (FSMF) + WBTS18 (FSMF) + GF18 (FSMF) © 2018 Nokia Confidential
LTE + WCDMA + GSM 52
FL18A (AirScale)
SBTS18A (FSMF)
Feature provides SCF conversion from one or several dedicated RAT BTS to SBTS18A release CLI provides support for conversions when BTS HW is not changed and only Single-RAT configuration. SBTS Element Manager (ADMIN) GUI supports all different conversion paths.
PC (Windows/Linux) SBTS EM (in offline mode)
CLI
SCF conversion
SCF SCF
SCF
SIR (GSM)
Manual update is need after migration to SBTS if W CDMA BTS with 2 * FSMF configuration is used
SIR = Site Information Report in GSM
Remote mass migration by NetAct from LTE to SRAN 18A SR002135 Easy migration from LTE technology to SRAN Provides automated SBTS Migration from Single LTE technology to SRAN architecture by NetAct Workflow engine. •
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LTE
BTS Migration is done to same physical BTS when LTE BTS SW is changed to SBTS SW.
FL18 / 18 SP / 18A (AirScale)
SBTS18 A (AirScale)
FL17A / 17A SP (AirScale)
SBTS18 A (AirScale)
FL18 / 18 SP / 18A (FSMF)
SBTS18 A (FSMF)
FL17A / FL17A SP (FSMF)
SBTS18 A (FSMF)
Migration can be done without a BTS site visit
NetAct Workflow Engines
NetAct Workflow engine enables mass operations to several BTSs and NetAct data repository updates to SRAN level.
NetAct BTSMED
OMS
Automatic fallback from SBTS SW to single LTE SW is supported if SBTS migration fails BTS HW
Manual rollback by NetAct or BTS EM from SBTS 18 A SW to previous SW is supported. © 2018 Nokia
Confidential
LTE SW
SBTS SW
BTS EM
SR001197 State of the art transport security •
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More se More secu cure re an and d mo more re eff effic icien ientt alg algor orith ithms ms Diffie-Hellma Hellman n group group 20 - Diffie- AES-CBC 192/256 - AES-GCM 128/256 - HMAC-SHA2-256-128 (RFC 4868) - HMAC-SHA2-384-192 (RFC 4868) - HMAC-SHA2-512-256 (RFC 4868) - AES-XCBC-MAC-96 (RFC 3566, RFC 7296) - AES-GMAC with 128, 192 and 256 bit key length (RFC 4543) Operational enhancements - Pre Pre-sh -share ared d key (PS (PSK) K) support support - Mor More e det detaill ailled ed traf traffic fic cou counter nterss
© 2018 Nokia
Confidential
SR001646 Embedded Firewall supported for Site Support Equipment •
Allows to restrict access from Site Support Equipment (SSE) Maintenance centers towards SSE connected to local BTS ports and vice versa to protect from harmful traffic
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Filtering is done based on IP addresses or Subnets
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By def defaul aultt all SSE tra traffi fficc is blo blocke cked d
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NetAct
BTS Firewall
Filterss are Filter are ope opened ned by SSE onl onlyy wh when en est establ ablish ishing ing a sess session ion to the SSE man manage ager. r.
BTS Config
Initia Ini tiall incommi incomming ng tra traffi fficc fro from m SSE manag manager er is dis discar carded ded Filters for traff Filters traffic ic from/ from/to to SSE Manag Managnemen nementt Cent Centers ers are operat ope rator or con config figura urable ble wit with h th the e opt option ionss of •
•
Either dedica dedicates tes IPv4/ IPv4/v6 v6 addres addresses ses
Battery Backup
Solar Power
Local Management Port
or IP add addres ress s ran range ge (Ne (Nett mas mask) k)
Stateful SSE filter filter connection tracking By IP tables
SR001646 BSW 55
© 2018 Nokia
Confidential
Backhaul Ports
SSE Managers
SRAN 19
release plans
SR001368 Extended Coverage – EGPRS on FSMF
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Leveraging the ubiquitous GSM coverage to help operators provide the IoT connectivity (ECEGPRS) for the Internet-of-Things Indoor Coverage improved by 20dB Enables devices with Reduced Chipset Complexity Battery life up to 10 years eDRX and PSM Modes (if (if supported by Core) Core) to enhance battery life for new/EC-EGPRS and legacy M2M devices. • •
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© 2018 Nokia
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content info
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SR001307 Operator investment protection with SRAN OPEX savings •
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AirScale and FlexiMR10 operating as one logical SBTS One OAM, one transport connection AirScale introduction for higher LTE capacities with reuse of FlexiMR10 HW for GSM and WCDMA In case RF is shared between LTE and other technology fiber connection to both AS and FSMF needed.
© 2018 Nokia
Confidential
release plans
content info
SR001988 Introduces 5G interworking with between LTE running in SBTS and 5G The feature introduces •
LTE-NR Dual Connectivity Option 3X
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Intra-Secondary gNB Mobility for LTE-NR DC Option 3X 3X
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Dynamic Trigger for LTE-NR DC Option 3X
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X2 interface with NR gNB
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3GPP ASN.1 R15 Sep 2018 for LTE-5G Interworking
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Feature release subject to 5G18A release availability
NR dual core core Option Option 3X EPC
E-UTRA
5G CN
NR
back
SR002033 Introduction of 5G to SBTS sites with compact footprint
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Enables running a SBTS and a 5G BTS in the same AMIA or AMOB Air Scale subrack Operated as two separate network elements BTSs can be synchronized from a shared source using SyncHub SyncHub Direct Forward Forward BTSs can share share same same backhau backhaull using using QoS Aware Ethernet switching
© 2018 Nokia
Confidential
SBTS
5G
back
SR001768 Single band AirScale RRH solution for 2100 MHz Benefits for the operator − − − − −
Lean Site solution Reduced Opex PIM cancellation CPRI support No external filters required to handle transmitter spurious emission and blocking
Feature description Radio characteristics − RF Output Power: 2x60W − 2TX & 4RX. 4* 4.3-10 connectors − Band 1: TX TX 2110 - 2170 MHz, MHz, RX 1920 1920 - 1980M 1980MHz Hz − Ful Fullba lband nd iBW iBW&oB &oBW W − 5G ready HW Other characteristics − Supported Technologies: WCDMA/FDD-LTE − Supported System System Module: FSMF, AirScale SM − Optical Interface Type: 2* 9.8 Gb/s CPRI with compression − Mount: Wall, Pole, Book, RAS, horizontal with Fan
Target dimensions: 12.2 liters, 12.8 kg IP65, -40 to +55 °C
SR002152 High Power, Full band,3-sector LTE optimized solution for 850 MHz Benefits for the operator − − − −
1+1+1 & 2+2+2 2TX MIMO downlink with o nly one RF Module Lean Site solution Reduced Opex High RF OP
Feature description Radio characteristics − RF Output Power: 6x80W − 6TX & 6RX − Band 5: 5: TX 869 869 - 894 MHz, MHz, RX 824 - 849 MHz − Full band band iBW & oBW − 5G ready HW Other characteristics − Concurrent operation LTE and GSM defined by SW − Supported System Module: FSMF, AirScale − Optical Interface Type: 3* 9.8 Gb/s CPRI − Mount: Pole/Wall installation, Rooftop, Vertical Book/Stack mount
Target dimensions: < 25Lliters, <25kg IP 65. -35°C to +55°C
IPv6 Based Iub SR001184 SBTS WCDMA mode support for IPv6 based backhaul networks •
Enable WCDMA IPv6 transport in SBTS for all Iub traffic as defined by 3GPP:
SBTS (WCDMA)
RNC
- User plane (Frame Protocol) - Control plane (NBAP over SCTP) •
•
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Iub
Fully future-proof IP transport platform
Leverage the almost unlimited address space of IPv6 for simplified backhaul network design and maintenance Obsoletes the need of NATting and/or tunneling approaches
FP UDP
NBAP OAM SC T P
FP UDP
TCP
TNL IPv6
IPv6 Transport
NBAP OAM SC T P
TCP
TNL IPv4/IPv6 (dual stack)
Ethernet MAC
Ethernet MAC
Ethernet PHY
Ethernet PHY
IPv6 based Packet Abis transport RP001201 IPv6 transport protocol for Packet Abis transport Pac ack ket Abis fu fun nctionality has been int ntrroduced with the feature feat ure RP0 RP0003 00397 97 for IPv IPv4. 4.
SBTS – GSM mode Packet Abis
This fe This feat atur ure e in intr trod oduc uces es IP IPv6 v6 tr tran ansp spor ortt fo forr th the e SB SBT TS Ab Abis is interface for PAoPSN. With this feature implemented, SBTS SB TS ca can n be co conf nfig igur ured ed to us use e IP IPv6 v6 tr tran ansp spor ortt co conn nnec ecti tivi vity ty for the Abis interface (for user, control and OMUSIG planes) pla nes) on Eth Ethern ernet et netw network orkss This feature makes use of RP000589 which brings the IPv4 IP v4/I /IPv Pv6 6 du dual al sta stack ck to SB SBTS TS.. RP000386 QoS Awar RP0 are e Ethernet Switching provides the IPv6 IP v6 Qo QoS S ma mapp ppin ing g RP00 RP 0015 1512 12 pr prov ovid ides es th the e IP IPv6 v6 ov over er MLP MLPPP PP su supp ppor ort. t. IPv6 IP v6 fo forr Sy Sync nchr hron oniz izat atio ion n is ha hand ndled led in RP RP00 0007 0724 24 IPv6 IP v6 fo forr M pl plan ane e is ha hand ndle led d in RP RP00 0011 1186 86..
over PSN
U plane C plane OMUSIG
UDP
U plane C plane OMUSIG
SCTP
TNL IPv6 Ethernet
BSC
UDP IPv6 Transpor Transpor t
SCTP
TNL IPv4/IPv6 (dual stack) Ethernet
SR002273 High Power, Full band,3-sector LTE optimized solution for 2100 MHz Benefits for the operator − − − −
1+1+1 & 2+2+2 2TX MIMO downlink with o nly one RF Module Lean Site solution Reduced Opex High RF OP
Feature description Radio characteristics − RF Output Power: 6x80W − 6TX & 6RX − Band 1: 1: TX 2110 2110 - 2170 MHz, RX 1920 1920 - 1980 MHz − Full band band iBW & oBW − 5G ready HW Other characteristics − Concurrent operation LTE and WCDMA defined by SW − Supported System Module: FSMF, AirScale − Optical Interface Type: 3* 9.8 Gb/s CPRI − Mount: Pole/Wall installation, Rooftop, Vertical Book/Stack mount
Target dimensions: < 25Lliters, <25kg IP 65. -35°C to +55°C
Single band AirScale RRH solution for 700 MHz Benefits for the operator − − − −
Lean Site solution Reduced Opex PIM cancellation CPRI support
Feature description Radio Characteristics (Preliminary values) − RF Output Power: 2x60W − 2TX & 4RX, 4* 4.3-10 connectors − Band 28: TX 758-788 MHz, RX 703-733 MHz − Ful Fullba lband nd iBW iBW&oB &oBW W − 5G ready Other characteristics − Supported Technologies: FDD-LTE − Supported System System Module: FSMF, AirScale SM − Optical Interface Type: 2* 9.8 Gb/s CPRI with compression − Mount: Wall, Pole, Book, RAS, horizontal with Fan
Target dimensions: 12.2 liters, 12.8 kg IP65, -40 to +55 °C
SR001682 High Capacity Common Unit for GSM, WCDMA, LTE and 5G Product description: − − − − − −
Support for all RATs Cloud or Classical BTS configuration Control, transport, O&M processing integrated Synchronization and timing functions Power supply and thermal control of system module Chaining of multiple System Modules
Capacity: - Suppo Supported rted Capaci Capacity ty plug-i plug-in n units: units: up to to 6 - Thr Throu ough ghpu putt up to to 7.5 7.5 Gbps Gbps Connectivity: − Backhaul: 2x SFP+ ports for 1/10 GE and 3x RJ45 ports for 1GE (EIF) − System Extension Interface: 2x QSFP+ (SEI) and 1x SFP+ (SRIO) − Others (Sync IN and OUT, External Alarms and Controls): 3x HDMI − Local management port: RJ-45 Typical power consumption target according to ETSI ES 202 706 : 85W 67
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Confidential
LTE 19
back
SR002002 AirScale outdoor subrack full compatible with 2/3/4G & 5G AirScale Plug-in units •
IP55 environmental protection for AirScale indoor 4G and 5G System Modules
•
Room for 2 Common + 6 Capacity AirScale PIUs
•
Dimension size: 487(W)x 665(D)x 488.1 (H) mm
•
Operational temperature range: -40 up to +55 °C
•
Cold start from -40°C to -5°C (heater)
•
Cooling based on high performance and long lasting Fresh air Filter (Gore type)
•
Corrosion free; deployment of AMOD near the sea shore without restrictions
•
Weight: target ~35kg (not include muffler)
•
Rack alarms available (door, clogged filter, fans, controller failure), heater tbc
•
Acoustic level according to ETSI standard
•
Optional muffler for very noise sensitive customers (below ETSI)
•
Support 3U stacking, wall/pole installation, stand alone
488.1mm (11U)
Exterior view
Air inlet on the bottom surface
u n d e r p l a n n i n g
SRAN 19A
LTE-FDD and LTE-TDD eNB in SBTS running running on AirScale SR001612 Single SBTS running 4-RATs on AirScale LTE-FDD and LTE-TDD LTE-TDD running running in single logical eNB in single SBTS
• CA between FDD an TDD LTE cells support • LTE-TDD running on dedicated ABIA
LTE-FDD and/or SRAN cell sets
LTE-TDD cell sets
• LTE-FDD can share ABIA with GSM or WCDMA Min. HW configuration for running running TDD and and FDD in SBTS is ASIA +2 ABIA
SBTS on AirScale
BTS support for new Plug and Play Services SR001670 Unique Plug and Play support for for legacy eNB, eNB, cOAM type BTS and CBTS / 5G access access points For the Plug & Play support of bare b are metal macro and small cell BTS, CloudBTS and 5G a new unique & common common Plug and Play Architecture Architecture gets introduced, providing & serving PnP Autoconfiguration services to enable: - A HW with pre-configured Factory delivery SW (FDSW) to become a legacy LTE eNB or WCDMA NB site - A HW with pre-configured FDSW FDSW to become a flat OAM BTS site (eNB or SRAN BTS) - A small cell HW with Factory small cell SW to become a small cell site It supports as well - By HW with a legacy macro or small cell LTE eNB SW to become again a legacy macro or small cell LTE eNB - By HW with a Flat OAM type BTS SW to become again a flat OAM type BTS (eNB (eNB or SRAN SRAN BTS) BTS) - By a small cell HW with small cell BTS SW to become again a small cell BTS
NetAct Automated Site Creation Work Flow SW & CM
PnP AC Service
NWI3 Itf.
LTE OMS
BTSOM Itf.
Legacy LTE/WCDMA Legacy LTE eNB Legacy FZM eNB
NE3S Itf.
NE3S FZM
cOAMLTE eNB cOAM SRAN SBTS SBTS
Support for network wide RF Rx-sniffing SR002013 Automated identification of narrowband interference in WCDMA/LTE networks The operator is able to run RF Rx-sniffing on more than one BTS in an automated manner, enabling the possibility to use this feature in a network wide manner with least user interaction Feature allows to detect narrowband interferers in received UL-spectrum Each BTS sends RF-scans in regular time i ntervals, according to a pre-defined schedule, to a dedicated RFscan collector. The RF-scans are automatically analyzed by a RF-scan analyzer application, in order to derive a conclusion, if there is an interference condition present or not RF-scan collector (file-server) and RF-scan analyzer can be operated within the same environment (same physical machine)
SR001543 BTS Hardening status supervision The BTS sends an alarm to to NetAct in case either the local BTS Operator System Administrator account password or one of the local Nokia Service User account passwords or the NE3S user password is set to the default Nokia password •
The BTS raises an alarm when a default password is in use
•
The alarm is cleared once the passwords got changed
•
•
NetAct
Monitor
The password default value verification is by default active and must be actively de-activated if the operator likes to continue with the default Nokia passwords Note: Nokia’s default passwords are know to a large community and Nokia itself can’t guarantee that the passwords become not exposed to public. Thus the BTS sends these alarms by default and the customer needs actively “vote“vote-out” from being informed about the continued hardening gap.
NEAC
Pwd alarm
Set pwd
Clear Pwd alarm
Initial Commissioning Manually or Plug and Play New site
BTS
BTS
NEAC: Network Element Access Control tool
SR002078 Sharing of RF units between 5G and SBTS running legacy RATs •
•
5G cells and 2G/3G/4G cells can be hosted on same RF Re-use of installed base when re-farming/ extending site with 5G
•
Single band as well as multi-band AS RF supported
•
Protocol between BTSs and RF is CPRI
74
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Confidential
SR002059 High Capacity unit for LTE and narrowband 5G Product description: − − − −
Processing unit for LTE & 5G Handles LTE and 5G L1/L2/L3 baseband processing Based on Nokia ReefShark SoC Technology Concurrent LTE+5G offers reduced footprint & power consumption
Target capacity:(1) − LTE 20MHz: 12 cells 4x 4x4 or 24 24 cells 2x 2x2 − 5G 20MHz: 8 cells 4x4 − LTE 20MHz+5G 20MHz: 6 cells 4x4 + 4 cells 4x4 Connectivity: − Optical interfaces: 6x SFP28 + 3x SFP+ − Fron Fronthaul thaul types types:: OBSAI 6 Gbps, Gbps, CPRI 9.8Gb 9.8Gbps, ps, FD-CP FD-CPRI RI 9.8Gbp 9.8Gbps, s, eCPRI eCPRI 10/25Gbps Typical power consumption target to according ETSI ES 202 706 : 130W
(1) Exact SW capabi capability lity will will be communicat communicated ed at C3
SR002211 Boost output power available to 2100MHz (60MHz IBW) and 1800MHz (75MHz IBW)
LTE3681
Benefits for the operator
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Lean Site solution Flexible allocation of 4x60W to B1 or B3 Dual PIM cancellation Integrated fan for flexible growth to maximum output power CPRI support
Feature description Radio characteristics − RF Output Power: up to 4x60W for either band, 4x100W total − 4TX & 4RX for B1 and B3. 4* 4.3- 10 connectors − Band 1: TX 2110 - 2170 MHz, MHz, RX 1920 - 1980 MHz MHz − Band 3: TX 1805 - 1880 MHz, MHz, RX 1710 - 1785 MHz MHz − Full band iBW&oBW (WCDMA/LTE) − 5G ready HW − Active cooling Other characteristics − Supported Technologies: B1(WCDMA/FDD-LTE), B3(GSM/FDD-LTE) − Supported System Module: FSMF, AirScale SM − Optical Interface Type: 2* 9.8 Gb/s CPRI with compression − Mount: Wall, Pole, Book, Horizontal
Target dimensions: <26 liters, <30 kg , IP65 -40°C to +55°C
release plans
SR001607 Extended Coverage – EGPRS on AirScale
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Leveraging the ubiquitous GSM coverage to help operators provide the IoT connectivity (EC-EGPRS) for the Internet-of-Things Indoor Coverage improved by 20dB Enables devices with Reduced Chipset Complexity Battery life up to 10 years eDRX and PSM Modes (if (if supported by Core) Core) to enhance battery life for new/EC-EGPRS and legacy M2M devices. • •
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SRAN 19B
SR000840 Faster troubleshooting as incorrect parameter configuration •
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NetAct configuration management history is expanded covering user information of LTE eNB and SRAN BTS parameter changes. User information includes who has changed and which tool has changed.
Who & which tool NETACT
Configurator
CM History
Customer can troubleshoot the network configuration e.g. upon KPI drop. Existing solution provides BTS NetAct configuration management history for what has been changed and when has been changed SB TS
Web-UI
eNB
BTS SM
SR002308 Ability Abili ty to mainta maintain, in, manage manage and troubleshoo troubleshoott the BTS for M2M cases cases •
Introduces Introduc es comm commercial ercial supp support ort for trou troublesh bleshooti ooting ng autom automation ation for single BTS
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Allow All owss M2M con connec nectiv tivity ity
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Automation of monitoring monitoring data collection
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Ability Abili ty to collect collect operab operability ility BTS BTS data
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No dependencies between client script and BTS SW
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Types of command commands: s: - Data collection collection from BTS - Request execut execution ion towards BTS - BTS state observa observability bility
BTS CLI commands
BTS CLI script host
BTS
RX Power and traffic based Sleeping cell detection SR002240 Detection of “sleeping “sleeping cells” based on Antenna RX power and signaling measurements •
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Antenna RX power and traffic measurements are used to determine if “sleeping cell” exists in the site. Operator can configure “sleeping cell” detection and recovery criteria. Upon detection of “sleeping cell” automatic recovery action shall be executed. Operator shall be notified about detected “sleeping cell” and the result of recovery action.
