Maximum Permissible Exposure Report

FCC ID: 2APPZ-H601W

Report prepared by: Shenzhen Tongzhou Testing Co.,Ltd

1 PRODUCT INFORMATION

EUT: IP Phone

Model Number: H601W, i501W

Model Declaration: All the same except for the model name, appearance color and appearance keys.

Test Model: H601W

Power Supply: DC 5V from adapter

Hardware version: V1.0

Software version: 2.12.20.4

2 EVALUATION METHOD

Systems operating under the provisions of FCC 47 CFR section shall be operated in a manner that ensures that the public is not exposed to radio frequency energy level in excess of the Commission's guidelines. In accordance with 47 CFR FCC Part 2 Subpart J, section 2.1091 this device has been defined as mobile device whereby a distance of 0.2m normally can be maintained between the user and the device, and below RF Permissible Exposure limit shall comply with.

In accordance with KDB447498D01 for Simultaneous transmission MPE test exclusion applies when the sum of the MPE ratios for all simultaneous transmitting antennas incorporated in a host device, based on the calculated/estimated, numerically modelled or measured field strengths or power density, is ≤ 1.0. The MPE ratio of each antenna is determined at the minimum test separation distance required by the operating configurations and exposure conditions of the host device, according to the ratio of field strengths or power density to MPE limit, at the test frequency. Either the maximum peak or spatially averaged results from measurements or numerical simulations may be used to determine the MPE ratios. Spatial averaging does not apply when MPE is estimated using simple calculations based on far-field plane-wave equivalent conditions. The antenna installation and operating requirements for the host device must meet the minimum test separation distances required by all antennas, in both standalone and simultaneous transmission operations, to satisfy compliance.

3 LIMIT

3.1 Refer evaluation method

ANSI C95.1–1999: IEEE Standard for Safety Levels with Respect to Human Exposure to Radio Frequency Electromagnetic Fields, 3 kHz to 300 GHz.
FCC KDB publication 447498 D01 General 1 RF Exposure Guidance v06: Mobile and Portable Devices RF Exposure Procedures and Equipment Authorization Policies.
FCC CFR 47 part1 1.1310: Radiofrequency radiation exposure limits.
FCC CFR 47 part2 2.1091: Radiofrequency radiation exposure evaluation: mobile devices

3.2 Limit

Limits for Maximum Permissible Exposure (MPE)/Controlled Exposure

Frequency Range(MHz)	Electric Field Strength(V/m)	Magnetic Field Strength(A/m)	Power Density (mW/cm²)	Averaging Time (minute)
0.3 – 3.0	614	1.63	(100) *	6
3.0 – 30	1842/f	4.89/f	(900/f²)*	6
30 – 300	61.4	0.163	1.0	6
300 – 1500	/	/	f/300	6
1500 – 100,000	/	/	5	6

Limits for Maximum Permissible Exposure (MPE)/Uncontrolled Exposure

Frequency Range(MHz)	Electric Field Strength(V/m)	Magnetic Field Strength(A/m)	Power Density (mW/cm²)	Averaging Time (minute)
0.3 – 3.0	614	1.63	(100) *	30
3.0 – 30	824/f	2.19/f	(180/f²)*	30
30 – 300	27.5	0.073	0.2	30
300 – 1500	/	/	f/1500	30
1500 – 100,000	/	/	1.0	30

F=frequency in MHz

*=Plane-wave equivalent power density

4 MPE CALCULATION METHOD

Predication of MPE limit at a given distance

Equation from page 18 of OET Bulletin 65, Edition 97-01

S=PG/4πR²

Where: S=power density

P=power input to antenna

G=power gain of the antenna in the direction of interest relative to an isotropic radiator

R=distance to the center of radiation of the antenna

5 ANTENNA INFORMATION

Antenna Gain and type refer to Antenna specification.

6 CONDUCTED POWER

WiFi 2.4GHz Band

TestMode	Antenna	Channel	Result[dBm]
802.11b	Ant1	2412	13.22
802.11b	Ant1	2437	12.88
802.11b	Ant1	2462	12.92
802.11g	Ant1	2412	12.97
802.11g	Ant1	2437	12.84
802.11g	Ant1	2462	12.79
802.11n20	Ant1	2412	13.00
802.11n20	Ant1	2437	13.20
802.11n20	Ant1	2462	12.70
802.11n40	Ant1	2422	11.78
802.11n40	Ant1	2437	11.73
802.11n40	Ant1	2452	11.57
802.11ax20	Ant1	2412	11.88
802.11ax20	Ant1	2437	11.62
802.11ax20	Ant1	2462	11.61
802.11ax40	Ant1	2422	11.77
802.11ax40	Ant1	2437	11.64
802.11ax40	Ant1	2452	11.59

5G Band - UNII-1 Band

Test Mode	Antenna	Channel	Result[dBm]
802.11a	Ant1	5180	12.89
802.11a	Ant1	5200	13.59
802.11a	Ant1	5240	13.75
802.11n20	Ant1	5180	12.26
802.11n20	Ant1	5200	12.43
802.11n20	Ant1	5240	13.17
802.11n40	Ant1	5190	12.41
802.11n40	Ant1	5230	12.68
802.11ac20	Ant1	5180	12.17
802.11ac20	Ant1	5200	12.87
802.11ac20	Ant1	5240	13.02
802.11ac40	Ant1	5190	12.35
802.11ac40	Ant1	5230	13.08
802.11ac80	Ant1	5210	12.49
802.11ax20	Ant1	5180	12.69
802.11ax20	Ant1	5200	12.73
802.11ax20	Ant1	5240	13.15
802.11ax40	Ant1	5190	12.93
802.11ax40	Ant1	5230	13.03
802.11ax80	Ant1	5210	13.14

5G Band - UNII-2A Band

Test Mode	Antenna	Channel	Result[dBm]
802.11a	Ant1	5260	13.85
802.11a	Ant1	5300	13.73
802.11a	Ant1	5320	13.36
802.11n20	Ant1	5260	13.05
802.11n20	Ant1	5300	12.83
802.11n20	Ant1	5320	12.84
802.11n40	Ant1	5270	12.82
802.11n40	Ant1	5310	12.43
802.11ac20	Ant1	5260	12.93
802.11ac20	Ant1	5300	12.36
802.11ac20	Ant1	5320	12.76
802.11ac40	Ant1	5270	12.50
802.11ac40	Ant1	5310	12.98
802.11ac80	Ant1	5290	12.74
802.11ax20	Ant1	5260	12.47
802.11ax20	Ant1	5300	12.73
802.11ax20	Ant1	5320	12.77
802.11ax40	Ant1	5270	12.55
802.11ax40	Ant1	5310	12.48
802.11ax80	Ant1	5290	13.01

5G Band - UNII-2C Band

Test Mode	Antenna	Channel	Result[dBm]
802.11a	Ant1	5500	13.11
802.11a	Ant1	5580	12.29
802.11a	Ant1	5700	12.52
802.11n20	Ant1	5500	11.03
802.11n20	Ant1	5580	11.47
802.11n20	Ant1	5700	11.45
802.11n40	Ant1	5510	11.19
802.11n40	Ant1	5590	11.70
802.11n40	Ant1	5670	11.35
802.11ac20	Ant1	5500	12.00
802.11ac20	Ant1	5580	11.84
802.11ac20	Ant1	5700	11.48
802.11ac40	Ant1	5510	11.03
802.11ac40	Ant1	5590	11.82
802.11ac40	Ant1	5670	11.37
802.11ac80	Ant1	5530	11.87
802.11ac80	Ant1	5610	11.62
802.11ax20	Ant1	5500	11.11
802.11ax20	Ant1	5580	12.07
802.11ax20	Ant1	5700	11.51
802.11ax40	Ant1	5510	12.09
802.11ax40	Ant1	5590	11.89
802.11ax40	Ant1	5670	11.03
802.11ax80	Ant1	5530	11.04
802.11ax80	Ant1	5610	11.47

5G Band - UNII-3 Band

Test Mode	Antenna	Channel	Result[dBm]
802.11a	Ant1	5745	13.71
802.11a	Ant1	5785	12.94
802.11a	Ant1	5825	11.57
802.11n20	Ant1	5745	12.49
802.11n20	Ant1	5785	12.05
802.11n20	Ant1	5825	10.96
802.11n40	Ant1	5755	12.80
802.11n40	Ant1	5795	12.13
802.11ac20	Ant1	5745	13.21
802.11ac20	Ant1	5785	11.91
802.11ac20	Ant1	5825	11.31
802.11ac40	Ant1	5755	12.72
802.11ac40	Ant1	5795	12.02
802.11ac80	Ant1	5775	12.83
802.11ax20	Ant1	5745	12.73
802.11ax20	Ant1	5785	12.28
802.11ax20	Ant1	5825	11.39
802.11ax40	Ant1	5755	13.04
802.11ax40	Ant1	5795	12.19
802.11ax80	Ant1	5775	12.50

7 MANUFACTURING TOLERANCE

WiFi 2.4GHz Band

Channel	Target (dBm)	Tolerance ±(dB)	Channel	Target (dBm)	Tolerance ±(dB)	Channel	Target (dBm)	Tolerance ±(dB)
IEEE 802.11b(Average)
Channel 1	12.5	1.0	Channel 6	12.0	1.0	Channel 11	12.0	1.0
IEEE 802.11g(Average)
Channel 1	12.0	1.0	Channel 6	12.0	1.0	Channel 11	12.0	1.0
IEEE 802.11n HT20(Average)
Channel 1	12.0	1.0	Channel 6	12.5	1.0	Channel 11	12.0	1.0
IEEE 802.11n HT40(Average)
Channel 3	11.0	1.0	Channel 6	11.0	1.0	Channel 9	11.0	1.0
IEEE 802.11ax HE20(Average)
Channel 1	11.0	1.0	Channel 6	11.0	1.0	Channel 11	11.0	1.0
IEEE 802.11ax HE40(Average)
Channel 3	11.0	1.0	Channel 6	11.0	1.0	Channel 9	11.0	1.0

UNII-1 Band

Channel	Target (dBm)	Tolerance ±(dB)	Channel	Target (dBm)	Tolerance ±(dB)	Channel	Target (dBm)	Tolerance ±(dB)
IEEE 802.11a (Average)
Channel 36	12.0	1.0	Channel 40	13.0	1.0	Channel 48	13.0	1.0
IEEE 802.11n HT20 (Average)
Channel 36	12.0	1.0	Channel 40	12.0	1.0	Channel 48	13.5	1.0
IEEE 802.11ac VHT20 (Average)
Channel 36	12.0	1.0	Channel 40	12.0	1.0	Channel 48	12.5	1.0
IEEE 802.11axVHT20 (Average)
Channel 36	12.0	1.0	Channel 40	12.0	1.0	Channel 48	12.5	1.0
IEEE 802.11n HT40 (Average)
Channel 38	12.0	1.0	Channel 46	12.0	1.0
IEEE 802.11ac VHT40 (Average)
Channel 38	11.5	1.0	Channel 46	12.5	1.0
IEEE 802.11ax VHT40 (Average)
Channel 38	12.0	1.0	Channel 46	12.5	1.0
IEEE 802.11ac VHT80 (Average)
Channel 42	11.5	1.0
IEEE 802.11ax VHT80 (Average)
Channel 42	12.5	1.0

UNII-2A Band

Channel	Target (dBm)	Tolerance ±(dB)	Channel	Target (dBm)	Tolerance ±(dB)	Channel	Target (dBm)	Tolerance ±(dB)
IEEE 802.11a (Average)
Channel 52	13.0	1.0	Channel 60	13.0	1.0	Channel 64	13.0	1.0
IEEE 802.11n HT20 (Average)
Channel 52	12.5	1.0	Channel 60	12.0	1.0	Channel 64	12.0	1.0
IEEE 802.11ac VHT20 (Average)
Channel 52	12.0	1.0	Channel 60	12.0	1.0	Channel 64	12.0	1.0
IEEE 802.11ax HE20 (Average)
Channel 52	12.0	1.0	Channel 60	12.0	1.0	Channel 64	12.0	1.0
IEEE 802.11n HT40 (Average)
Channel 54	12.0	1.0	Channel 62	12.0	1.0
IEEE 802.11ac VHT40 (Average)
Channel 54	12.0	1.0	Channel 62	12.0	1.0
IEEE 802.11ax HE40 (Average)
Channel 54	12.0	1.0	Channel 62	12.0	1.0
IEEE 802.11ac VHT80 (Average)
Channel 58	12.0	1.0
IEEE 802.11ax HE80 (Average)
Channel 58	12.5	1.0

UNII-2C Band

Channel	Target (dBm)	Tolerance ±(dB)	Channel	Target (dBm)	Tolerance ±(dB)	Channel	Target (dBm)	Tolerance ±(dB)
IEEE 802.11a (Average)
Channel 100	12.5	1.0	Channel 116	12.0	1.0	Channel 140	12.0	1.0
IEEE 802.11n HT20 (Average)
Channel 100	10.5	1.0	Channel 116	10.5	1.0	Channel 140	10.5	1.0
IEEE 802.11ac VHT20 (Average)
Channel 100	11.0	1.0	Channel 116	11.0	1.0	Channel 140	11.0	1.0
IEEE 802.11axVHT20 (Average)
Channel 100	10.5	1.0	Channel 116	11.5	1.0	Channel 140	11.0	1.0
IEEE 802.11n HT40 (Average)
Channel 106	11.0	1.0	Channel 110	11.0	1.0	Channel 134	11.0	1.0
IEEE 802.11ac VHT40 (Average)
Channel 106	11.0	1.0	Channel 110	11.0	1.0	Channel 134	11.0	--
IEEE 802.11ax VHT40 (Average)
Channel 106	11.5	1.0	Channel 110	11.0	1.0	Channel 134	11.0	1.0
IEEE 802.11ac VHT80 (Average)
Channel 106	11.0	1.0	Channel 122	11.0	1.0			--
IEEE 802.11ax VHT80 (Average)
Channel 106	10.5	1.0	Channel 122	10.5	1.0			--

UNII-3 Band

Channel	Target (dBm)	Tolerance ±(dB)	Channel	Target (dBm)	Tolerance ±(dB)	Channel	Target (dBm)	Tolerance ±(dB)
IEEE 802.11a (Average)
Channel 149	13.0	1.0	Channel 157	12.0	1.0	Channel 165	11.0	1.0
IEEE 802.11n HT20 (Average)
Channel 149	11.5	1.0	Channel 157	11.5	1.0	Channel 165	10.0	1.0
IEEE 802.11ac VHT20 (Average)
Channel 149	12.5	1.0	Channel 157	11.0	1.0	Channel 165	11.0	1.0
IEEE 802.11axVHT20 (Average)
Channel 149	12.0	1.0	Channel 157	11.5	1.0	Channel 165	10.5	1.0
IEEE 802.11n HT40 (Average)
Channel 151	12.0	1.0	Channel 159	11.5	1.0
IEEE 802.11ac VHT40 (Average)
Channel 151	12.0	1.0	Channel 159	11.5	1.0
IEEE 802.11ax VHT40 (Average)
Channel 151	12.5	1.0	Channel 159	11.5	1.0
IEEE 802.11ac VHT80 (Average)
Channel 155	12.0	1.0						--
IEEE 802.11ax VHT80 (Average)
Channel 155	12.0	1.0						--

8 MEASUREMENT RESULTS

8.1 Standalone MPE

As declared by the Applicant, the EUT is a wireless device used in a fix application, at least 20 cm from any body part of the user or nearby persons; from the maximum EUT RF output power, the minimum separation distance, r =20cm, as well as the gain of the used antenna refer to antenna information, the RF power density can be obtained.

WiFi 2.4GHz Band

Modulation Type	Output power (dBm)	Output power (mW)	Antenna Gain (dBi)	Antenna Gain (linear)	MPE (mW/cm²)	MPE Limits (mW/cm²)
IEEE 802.11b	13.5	22.387	3.7	2.34	0.0104	1.0000
IEEE 802.11g	13.0	19.953	3.7	2.34	0.0093	1.0000
IEEE 802.11n HT20	13.5	22.387	3.7	2.34	0.0104	1.0000
IEEE 802.11n HT40	12.0	15.849	3.7	2.34	0.0074	1.0000
IEEE 802.11ax HE20	12.0	15.849	3.7	2.34	0.0074	1.0000
IEEE 802.11ax HE40	12.0	15.849	3.7	2.34	0.0074	1.0000

UNII-1 Band

Modulation Type	Output power (dBm)	Output power (mW)	Antenna Gain (dBi)	Antenna Gain (linear)	MPE (mW/cm²)	MPE Limits (mW/cm²)
IEEE 802.11a	13.0	19.953	5.1	3.24	0.0128	1.0000
IEEE 802.11n HT20	13.5	22.387	5.1	3.24	0.0144	1.0000
IEEE 802.11ac VHT20	12.5	17.783	5.1	3.24	0.0115	1.0000
IEEE 802.11ax VHT20	12.5	17.783	5.1	3.24	0.0115	1.0000
IEEE 802.11n HT40	12.0	15.849	5.1	3.24	0.0102	1.0000
IEEE 802.11ac VHT40	12.5	17.783	5.1	3.24	0.0115	1.0000
IEEE 802.11ax VHT40	12.5	17.783	5.1	3.24	0.0115	1.0000
IEEE 802.11ac VHT80	11.5	14.125	5.1	3.24	0.0091	1.0000
IEEE 802.11ax VHT80	12.5	17.783	5.1	3.24	0.0115	1.0000

UNII-2A Band

Modulation Type	Output power (dBm)	Output power (mW)	Antenna Gain (dBi)	Antenna Gain (linear)	MPE (mW/cm²)	MPE Limits (mW/cm²)
IEEE 802.11a	13.0	19.953	4.8	3.02	0.0120	1.0000
IEEE 802.11n HT20	12.5	17.783	4.8	3.02	0.0107	1.0000
IEEE 802.11ac VHT20	12.0	15.849	4.8	3.02	0.0095	1.0000
IEEE 802.11ax VHT20	12.0	15.849	4.8	3.02	0.0095	1.0000
IEEE 802.11n HT40	12.0	15.849	4.8	3.02	0.0095	1.0000
IEEE 802.11ac VHT40	12.0	15.849	4.8	3.02	0.0095	1.0000
IEEE 802.11ax VHT40	12.0	15.849	4.8	3.02	0.0095	1.0000
IEEE 802.11ac VHT80	12.0	15.849	4.8	3.02	0.0095	1.0000
IEEE 802.11ax VHT80	12.5	17.783	4.8	3.02	0.0107	1.0000

UNII-2C Band

Modulation Type	Output power (dBm)	Output power (mW)	Antenna Gain (dBi)	Antenna Gain (linear)	MPE (mW/cm²)	MPE Limits (mW/cm²)
IEEE 802.11a	12.5	17.783	5.4	3.47	0.0123	1.0000
IEEE 802.11n HT20	10.5	11.220	5.4	3.47	0.0077	1.0000
IEEE 802.11ac VHT20	11.0	12.589	5.4	3.47	0.0087	1.0000
IEEE 802.11ax VHT20	11.5	14.125	5.4	3.47	0.0097	1.0000
IEEE 802.11n HT40	11.0	12.589	5.4	3.47	0.0087	1.0000
IEEE 802.11ac VHT40	11.0	12.589	5.4	3.47	0.0087	1.0000
IEEE 802.11ax VHT40	11.5	14.125	5.4	3.47	0.0097	1.0000
IEEE 802.11ac VHT80	11.0	12.589	5.4	3.47	0.0087	1.0000
IEEE 802.11ax VHT80	10.5	11.220	5.4	3.47	0.0092	1.0000

UNII-3 Band

Modulation Type	Output power (dBm)	Output power (mW)	Antenna Gain (dBi)	Antenna Gain (linear)	MPE (mW/cm²)	MPE Limits (mW/cm²)
IEEE 802.11a	13.0	19.953	4.3	2.69	0.0107	1.0000
IEEE 802.11n HT20	11.5	14.125	4.3	2.69	0.0076	1.0000
IEEE 802.11ac VHT20	12.5	17.783	4.3	2.69	0.0095	1.0000
IEEE 802.11ax VHT20	12.0	15.849	4.3	2.69	0.0085	1.0000
IEEE 802.11n HT40	12.0	15.849	4.3	2.69	0.0085	1.0000
IEEE 802.11ac VHT40	12.0	15.849	4.3	2.69	0.0085	1.0000
IEEE 802.11ax VHT40	12.5	17.783	4.3	2.69	0.0095	1.0000
IEEE 802.11ac VHT80	12.0	15.849	4.3	2.69	0.0085	1.0000
IEEE 802.11ax VHT80	12.0	15.849	4.3	2.69	0.0085	1.0000

Remark:

1. Output power including tune-up tolerance;
2. MPE evaluate distance is 20cm from user manual provide by manufacturer;

9 CONCLUSION

The measurement results comply with the FCC Limit per 47 CFR 2.1091 for the uncontrolled RF Exposure of mobile device.

--------THE END OF REPORT----------

	Fanvil H601W IP Phone DFS Test Report Official test report detailing the Dynamic Frequency Selection (DFS) tests conducted on the Fanvil H601W IP Phone, model numbers H601W and i501W, FCC ID 2APPZ-H601W, by Shenzhen Tongzhou Testing Co., Ltd.
	Fanvil H601W IP Phone RF Test Data and Technical Specifications This document provides detailed RF test data for the Fanvil H601W IP Phone (FCC ID: 2APPZ-H601W), covering bandwidth, conducted output power, and power spectral density measurements conducted by Shenzhen Tongzhou Testing Co., Ltd.
	Fanvil H601W IP Phone: 2.4GHz WLAN Conducted Measurement Test Report This document presents the conducted measurement test data for the Fanvil H601W IP Phone, covering 2.4GHz WLAN performance including bandwidth, output power, power spectral density, and spurious emissions.
	Fanvil H601W/i501W IP Phone FCC Test Report This document is a test report for the Fanvil H601W and i501W IP Phone, detailing compliance with FCC regulations for wireless devices. It includes results for conducted power, power spectral density, bandwidth, radiated emissions, and power line conducted emissions.
	Fanvil Technology Co., Ltd FCC Authorization for Change in Identification Letter from Fanvil Technology Co., Ltd to the FCC requesting authorization for a change in identification for their IP Phone, referencing FCC ID 2APPZ-H601W and 2BCUQ-H601W.
	Fanvil H601W/i501W IP Phone FCC Test Report This FCC test report details the compliance testing for the Fanvil H601W and i501W IP Phone, covering wireless emissions and performance according to relevant standards.
	FCC Test Report: 2APPZ-H601W Spectrum Analysis and RF Performance Detailed spectrum analysis and RF performance test results for the Fanvil H601W IP Phone (FCC ID: 2APPZ-H601W), including frequency band graphs and duty cycle measurements conducted by Shenzhen Tongzhou Testing Co., Ltd.
	U.S. Agent Letter of Attestation - Fanvil Technology Co., Ltd Official U.S. Agent Letter of Attestation for Fanvil Technology Co., Ltd, designating Oasis Compliance, Inc. as the agent for FCC ID 2APPZ-H601W.

1 PRODUCT INFORMATION

2 EVALUATION METHOD

3 LIMIT

3.1 Refer evaluation method

3.2 Limit

Limits for Maximum Permissible Exposure (MPE)/Controlled Exposure

Limits for Maximum Permissible Exposure (MPE)/Uncontrolled Exposure

4 MPE CALCULATION METHOD

5 ANTENNA INFORMATION

6 CONDUCTED POWER

WiFi 2.4GHz Band

5G Band - UNII-1 Band

5G Band - UNII-2A Band

5G Band - UNII-2C Band

5G Band - UNII-3 Band

7 MANUFACTURING TOLERANCE

WiFi 2.4GHz Band

UNII-1 Band

UNII-2A Band

UNII-2C Band

UNII-3 Band

8 MEASUREMENT RESULTS

8.1 Standalone MPE

WiFi 2.4GHz Band

UNII-1 Band

UNII-2A Band

UNII-2C Band

UNII-3 Band

9 CONCLUSION

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