AIRETOS® E98 Class - Series B: High-class 802.11ac (Wi-Fi 5) powerful Dual-Band Modules up to industrial-grade for demanding home and enterprise networks.
Key Features
IEEE 802.11ac Dual Band (backwards compatible with 802.11abgn)
Up to Industrial operating temperature grade (-40°C ~ 85°C)
Up to three antenna connectors, for MIMO 3Tx3R (3 Transmit & 3 Receive) technology
Transmission Beamforming (TxBF) with enhanced Tx power accuracy and high aggregate power
PCI-E 2.0 standard specification with up to 4 Gbit/s bandwidth (backwards compatible to 1.x)
Technical Summary
Form Factor
Chip-on-Board
Chipset
Qualcomm-Atheros QCA9880/82/90/92
Standard
IEEE 802.11ac/abgn
Data Transfer Rates
Up to 1300Mbps (dynamic)
Industrial Reference
based on Qualcomm Atheros reference design XB140 (+ new SKYWORKS FEM)
Communications Interface
WLAN via PCI Express Standard 2.1 host I/O
Antenna Type
up to three I-PEX / U.FL connectors
RF Output Power, per chain
up to 24dBm
RF Output Power, combined
up to 29dBm
Industry Standards
Wi-Fi CERTIFIED Direct®, Wi-Fi CERTIFIED Miracast®
Power Consumption
from 1187 mA *during Transmit Packet Test HT40
Operating Temperature
up to -40 to +85 Celsius
Operating System
Linux, macOS, Android
Pre-approved Antenna Series
WAPH*
Internal, PCB Dipole
< 2.5db
WAFH*
Internal, FPC Dipole
< 3db
WAMF*
Internal, F-Type PIFA
< 3db
WAND*
External, Omni
< 5db
WEAD*
External, PCB Dipole
< 5db
*Certified on demand
List may vary per domain
Our Services
Compliance & Regulatory
We support customers to bring their wireless products to end use in accordance with their certification needs.
Electronic Design
Throughout any stage of the development, customers can work with our design team to receive a comprehensive analysis of their applications.
Software Engineering
We provide the optimal support from custom designs to innovative system-level codebases and development kits.
The power of AIRETOS® E98 Class
The AIRETOS® E98 Class supports high-end wireless link configurations for retail, carrier and enterprise networking customers. The E98 Class includes 2- and 3-stream, dual-band 802.11ac (Wi-Fi 5) to PCIe modular designs up to industrial operating conditions and temperature (-400C to ~850C). The modules achieve up to 1.3 Gbps wireless data rates and target next-generation dual-band, dual-concurrent (DBDC) wireless access points, routers, and gateways. Following the Wi-Fi 5 protocol, they support wider channel bandwidth (80 MHz) at 5Ghz and wider 256-QAM, plus other features that improve network bandwidth, reliability, and efficiency of wireless connections.
With advanced QFN, On-chip CPU for Host Wi-Fi offload, 80Mhz channel bandwidth, 4 Gbit/s bus bandwidth, evolved QAM baseband modulation technologies and 867Mbps WLAN peak throughput the AIRETOS® E98 Class is setting high standards. Especially the E98 Class’ enterprise features provide ideal options for mission-critical applications for Medical & Healthcare devices, Transportation & Logistics Solutions, IoT applications, Smart Cities Infrastructure and demanding IIoT environments.
AIRETOS® E98 Class - Series B: High-class 802.11ac (Wi-Fi 5) powerful Dual-Band Modules up to industrial-grade for demanding home and enterprise networks.
Key Features
- IEEE 802.11ac Dual Band (backwards compatible with 802.11abgn)
- Up to Industrial operating temperature grade (-40°C ~ 85°C)
- Up to three antenna connectors, for MIMO 3Tx3R (3 Transmit & 3 Receive) technology
- Transmission Beamforming (TxBF) with enhanced Tx power accuracy and high aggregate power
- PCI-E 2.0 standard specification with up to 4 Gbit/s bandwidth (backwards compatible to 1.x)
|
Technical Summary |
| Form Factor | Chip-on-Board |
| Chipset | Qualcomm-Atheros QCA9880/82/90/92 |
| Standard | IEEE 802.11ac/abgn |
| Data Transfer Rates | Up to 1300Mbps (dynamic) |
| Industrial Reference | based on Qualcomm Atheros reference design XB140 (+ new SKYWORKS FEM) |
| Communications Interface | WLAN via PCI Express Standard 2.1 host I/O |
| Antenna Type | up to three I-PEX / U.FL connectors |
| RF Output Power, per chain | up to 24dBm |
| RF Output Power, combined | up to 29dBm |
| Industry Standards | Wi-Fi CERTIFIED Direct®, Wi-Fi CERTIFIED Miracast® |
| Power Consumption | from 1187 mA *during Transmit Packet Test HT40 |
| Operating Temperature | up to -40 to +85 Celsius |
| Operating System | Linux, macOS, Android |
|
Pre-approved Antenna Series | |
| WAPH* | Internal, PCB Dipole | < 2.5db |
| WAFH* | Internal, FPC Dipole | < 3db |
| WAMF* | Internal, F-Type PIFA | < 3db |
| WAND* | External, Omni | < 5db |
| WEAD* | External, PCB Dipole | < 5db |
| *Certified on demand | | |
| List may vary per domain | | |
|
Our Services |
| Compliance & Regulatory | We support customers to bring their wireless products to end use in accordance with their certification needs. |
| Electronic Design | Throughout any stage of the development, customers can work with our design team to receive a comprehensive analysis of their applications. |
| Software Engineering | We provide the optimal support from custom designs to innovative system-level codebases and development kits. |
|
The power of AIRETOS® E98 Class |
| The AIRETOS® E98 Class supports high-end wireless link configurations for retail, carrier and enterprise networking customers. The E98 Class includes 2- and 3-stream, dual-band 802.11ac (Wi-Fi 5) to PCIe modular designs up to industrial operating conditions and temperature (-400C to ~850C). The modules achieve up to 1.3 Gbps wireless data rates and target next-generation dual-band, dual-concurrent (DBDC) wireless access points, routers, and gateways. Following the Wi-Fi 5 protocol, they support wider channel bandwidth (80 MHz) at 5Ghz and wider 256-QAM, plus other features that improve network bandwidth, reliability, and efficiency of wireless connections.
With advanced QFN, On-chip CPU for Host Wi-Fi offload, 80Mhz channel bandwidth, 4 Gbit/s bus bandwidth, evolved QAM baseband modulation technologies and 867Mbps WLAN peak throughput the AIRETOS® E98 Class is setting high standards. Especially the E98 Class’ enterprise features provide ideal options for mission-critical applications for Medical & Healthcare devices, Transportation & Logistics Solutions, IoT applications, Smart Cities Infrastructure and demanding IIoT environments. |
