FSII-TCVR-IP-19 (IPT)

FSII-TCVR-IP-19-US: For use in USA and Canada (1920-1930 MHz)

FSII-TCVR-IP-19-EU: For use in the EU (1880-1900 MHz)

FSII-TCVR-IP-19-B: For use in Brazil (1910-1920 MHz)

FSII-TCVR-IP-19-LA: For use in  Argentina (1910-1930 MHz)

FSII-TCVR-IP-19-J: For use in Japan (1894-1905 MHz)

Includes: 

(1) External PSU (PSU-EXT-002)

(1) Adjustable Angle Mounting Kit (584G004)

Optional Parts: 

SFP-MMFO-1G-SX: Multi-mode LAN SFP

SFP-SMFO-1G-LX: Single-mode LAN SFP

SFP-RJ45-1G: RJ45 LAN SFP

Robust Wireless - Standardized Backbone

Transceivers utilize a custom Clear-Com ceramic filter to suppress out-of-band RF noise, ensuring robust performance for a high density of up to 10 beltpacks per unit. The system follows standard PTP clocking principles, allowing for simple setups to multi-level PTP Leader redundancy. Featuring a standalone site survey mode for environmental assessment, the device offers multiple power options (PoE, local DC power supply, or USB) for redundancy and comes in a durable IP53-rated housing with versatile permanent or temporary mounting options and safety cable provision for use in any environment. 

Higher-Capacity & Redundant Eclipse-HX

When hosted on an Eclipse HX matrix with E-IPA, advanced deployment options are available, including Layer 3 networking and network redundancy by staggering Transceivers on Red and Blue SMPTE 2022-7 networks*. This integration also facilitates floating port beltpack roaming across different E-IPA interface cards and supports automatic, unattended IP card redundancy for real-world critical system reliability. 

*Coming Soon

Frequency Spectrum

• The architecture employs a client-server model where the System Core functions as the central audio engine and configuration server of the system. Beltpacks act as clients, offloading all mixing and routing logic to the Core while providing audio input and output to the system.
• The Beltpack serves as the primary user interface, sending routing and volume commands to the System Core for execution. The Core processes these requests centrally and immediately updates the Beltpack’s local display and tallies to reflect the active system state.
• The system uses the 1.9GHz DECT protocol, employing Time Division Multiplexing, for wireless transmission.
• Devices connect via a pairing mechanism where the Beltpack identifies and joins the system by detecting transceiver beacons that match its stored System ID.
• Roaming is entirely beltpack-driven, with the beltpack autonomously monitoring RF conditions to trigger connection changes. It performs a seamless “make-before-break” handoff, crossfading audio between transceivers before releasing the old link to ensure continuity.
• IP Transceivers bridge the wireless transmission to the network by converting wireless audio into Unicast AES67 streams. These devices rely on Precision Time Protocol (PTP) to synchronize radio transmission timing, ensuring glitch-free handover across the coverage area.

Beltpack Transceiver Capacity

(10) FreeSpeak 1.9GHz Beltpacks per Transceiver

System Transceiver Capacity

FSE-BASE: 6
Arcadia: 32
Eclipse: 64 per E-IPA / 100 per Frame

System Beltpack Capacity

FSE-BASE: 16
Arcadia: ≤64
Eclipse: ≤64 per E-IPA / 255 per Frame
Please Note:
Beltpacks use floating ports configured using virtual Roles. Eclipse architecture allows for beltpacks floating between E-IPA cards, staggering transceivers between red and blue networks*, and unattended card redundancy failover.

Connectors

LAN: (2) RJ45, (1) SFP
USB: Type C
DC Power Connector: KPJX-4S-S

Controls and Indicators

Top
(1) Status Indicator
Bottom
(4) LAN RJ45/SFP Link/Activity LEDs
(1) Power Indicator
(1) Status Indicator
(1) Mode Button

Wireless

DECT - Digital Enhanced Cordless Telecommunications
Modulation: GFSK, TDMA frame, 10ms, Full and Long slot
 

- US variant for USA, Canada, Mexico
Frequency Band: 1920-1930 MHz (5 Carriers)
Power: 100mW
 

- EU variant for EU, Russia, Singapore, Hong Kong, Australia, New Zealand, South Africa
Frequency Band: 1880-1900 MHz (10 Carriers)
Power: 250mW
 

- JP variant for Japan
Frequency Band: 1894 - 1905 MHz (6 Carriers)
Power: 250mW
 

- LA variant for Latin America
Frequency Band: 1910-1930 MHz (10 Carriers)
Output Power: 250mW
 

- B variant for Brazil
Frequency Band: 1910 MHz-1920 MHz (5 Carriers)
Output Power: 250mW

*Coming Soon

Power

DC Power Input:
Voltage: 12V DC ± 5%
Current (Max): 5A
Power (Max): 60W
BTU (Max): 205BTU/hr
Input Power Connector: KPJX-4S-S
 

This unit can be powered via DC input using:
AC Adapter - Inline:
Type: PSU-EXT-002 (supplied)
Input Voltage Range: 100 - 240V AC
Input Frequency Range: 50 - 60Hz
Input Power Connector: IEC-C14
Output Voltage: 12V DC ± 5%
Output Current (Max): 5A
Output Power (Max): 60W
Output Power Connector: KPPX-4-P
Ground: Isolated
 

PoE - Power over Ethernet
IEEE 802.3af-2003 – Class 0
PSE: 15.4W DC max @ Power Source Req.
PD: 12.95W DC max @ Powered Device Draw
 

USB - Universal Serial Bus
Input Voltage: 5V DC
Input Current: 3.0 A
PD: 12.95W DC max @ Powered Device Draw

Mounting

Screw Holes: (4) #6 (M4) screws - 3.5” x7.05” (89 x 179mm) pattern
Threaded Sockets: 5/8” & 3/8” - Mic Stand
Safety Cable Attachment: (1) 0.5” (12.7mm) – for carabiner

Environmental

Rating: IP53 - Protected from limited dust and water ingress @ 60° from vertical
Operating: 32° to 113°F (0° to 45°C)
Storage: -22° to 158°F (-30° to 70°C)
Humidity: 20-90% Non-Condensing

Dimensions

8.5 x 7.5 x 2.5in (HxWxD)

(217 x 192 x 64mm)

Weight

2.3lbs (1.0kg)