This file included fuel consumption of construction machinery such as motor grader,vibratory roller,skid steer loader,Generator.....All values are got by actual construction site situations.Full description
Consumption and Cm Calculation of Woven Garments
gusto y consumo
huaweiFull description
node BFull description
Full description
Fabric consumption calculation for knitted itemsFull description
Instrument Air Consumption Calculation.docxFull description
Huawei RRU power consumption tables
CE
Energy consumption and predictions for residential buildings play an important role within the energy management and system, as the availability and demand of energy resources is the dynamic and seasonal changes. Human beings are unaware of the cost
Energy consumption and predictions in the residential buildings play an important role within the energy management and system, as the availability in the demand of energy resources is dynamic. Human beings are unaware of the value of energy consumed
ce mapping..
applying Sun Tzu's Art of War to HuaweiFull description
Document Title
Security Level:
Baseband Resources Definition of the CE Channel Element (CE) indicates the processing capacity by measuring the baseband resources resources occupied by services. services. • One UL CE ref refers ers to the the baseb baseban and d resou resourc rces es used used by by 12.2 12.2 kbit/ kbit/ss voice voice services (SF = 64) and 3.4 kbit/s signaling. • One DL CE ref refers ers to the the baseb baseban and d resou resourc rces es used used by by 12.2 12.2 kbit/ kbit/ss voice voice services (SF = 128) and 3.4 kbit/s signaling.
Resource Consumption of R99 Services Traffic Type
Uplink
Downlink
Spreading Factor
Number of Spreading CEs Factor
Number of CEs
AMR 12.2 kbit/s
SF64
1
SF128
1
32 kbit/s
SF32
1.5
SF64
1
64 kbit/s
SF16
3
SF32
2
128 kbit/s
SF8
5
SF16
4
384 kbit/s
SF4
10
SF8
8
HSDPA
SF16
SF16
HSUPA
Uplink Resource Consumption of HSUPA Services The channels for HSUPA services are dedicated channels, and the resources consumption is measured in CE. After HSUPA is introduced, all of the UL CE resources are shared by R99 and HSUPA services. The following table lists the UL CE resources consumption principle of HSUPA services.
RLC Rate (kbit/s) 10ms
2013-05-03
2ms
Spreading Factor
RAN10.0
RAN11. 0
RAN12.0
≤ 32
-
SF32
1.5
1
1
32 to 64
-
SF16
3
2
2
64 to 128
-
SF8
5
4
4
128 to 672
640
SF4
10
8
8
HUAWEI Confidential
Page1, Total4
Document Title
Security Level:
672 to 1376
640 to 1280
2*SF4
20
16
16
1376 to 1888
1280 to 2720
2*SF2
32
32
32
2720 to 3840
2*SF2 + 2*SF4
48
48
48
4000 to 10880
2*M2+2*M4
Not supported
Not supported
64
If the SRB signaling is carried on the R99-DCH, an extra CE is consumed. Thus, one CE should be added to the CE number in the preceding table. From RAN10.0, Huawei NodeB supports the SRB over HSUPA feature. This feature is optional. If this feature is purchased, no extra CE is consumed for the SRB.
Downlink Resource Consumption of HSDPA Services The processing capacity of HSDPA is calculated by HSDPA codes instead of the CE number. One SF16 code resource consumed by HSDPA user is defined as one HSDPA code. On the baseband unit of the 3900 series base station, the resources for HSDPA services and the resources for R99 services are independent of each other. Therefore, the HSDPA services do not consume the R99 CE resources on the downlink. The processing capacity of the WBBPb4 is R99 384 CEs+HSDPA 90 HS-DSCH codes, as shown in the following figure.
Downlink Signaling Resource Consumption of HSDPA Each HSDPA or R99 user has one associated signaling. When the RRC connection is established, the SRB is set up to transfer the signaling between the UE and the UTRAN. For an R99 user, the signaling and the R99 services together occupy one DCH. Thus, you only need to calculate the CEs consumed by the R99 service. The signaling does not consume CEs independently. 2013-05-03
HUAWEI Confidential
Page2, Total4
Document Title
Security Level:
For an HSDPA user without R99 services, the signaling independently occupied one DCH, and one CE is consumed. The consumed CE belongs to the R99 DL CE resources. For an HSDPA user with R99 services, the signaling and the R99 services together occupy one DCH. Thus, you only need to calculate the CEs consumed by the R99 services. The signaling does not consume CEs independently. From RAN10.0, Huawei NodeB supports the SRB over HSDPA feature. This feature is optional. If this feature is purchased, no extra CE is consumed for the SRB.
CE Consumption for HSPA+ Features VOIP over HSPA 10ms
RAN11.0
RAN12.0
DL: No CE is consumed.
DL: No CE is consumed.
UL: 2 CEs are consumed for SF16. CS over HSPA 10ms
DL: No CE is consumed. UL: 1 CE is consumed for SF32.
VOIP over HSPA 2ms CS over HSPA 2ms
DL 64QAM
UL: 1 CE is consumed for SF32. DL: No CE is consumed.
DL: No CE is consumed and the baseband resource consumption is calculated on the basis of HSDPA codes.
DL: No CE is consumed and the baseband resource consumption is calculated on the basis of HSDPA codes.
DL: No CE is consumed and the baseband resource consumption is calculated on the basis of HSDPA codes. UL: One extra CE is consumed for the HSDPCCH of each UE.
2013-05-03
DL: No CE is consumed.
Not promoted. The strategy for TTI is 10 ms. The default TTI is 10 ms.
UL: No extra CE is consumed for the HSDPCCH. DL MIMO
UL: 1 CE is consumed for SF32.
HUAWEI Confidential
UL: 1 CE is consumed for SF8. CE consumption depends on the D board. If the E board is used for 2 ms TTI, the TTI is reconfigured as 10 ms.
UL: No extra CE is consumed for the HS-DPCCH.
DL: No CE is consumed and the baseband resource consumption is calculated on the basis of HSDPA codes. UL: No extra CE is consumed for the HS-DPCCH.
Page3, Total4
Document Title
DL DC-HSDPA
Security Level:
RAN11.0
RAN12.0
NA
DL: No CE is consumed and the baseband resource consumption is calculated on the basis of HSDPA codes. UL: No extra CE is consumed for the HS-DPCCH.
