AsteRx-m3 ProBase
可靠、稳健的基站 GNSS 接收机
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稳健的高品质观测值,用于 RTK 和差分校正
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全星座,提高可用性
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全频点,提高可靠性
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AIM+ 先进的抗干扰和抗欺骗系统
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开放的接口,与所有标准数据格式完全兼容
AsteRx-m3 ProBase 是一款全星座、全频点GNSS接收机, 适用于本地RTK或网络RTK参考站接收机。除了提供优质观测值外,此接收机还具灵活可配置以及易于监测的特点。它采用最新的抗干扰技术,鲁棒性和可靠性无与伦比。
AIM+ 防干扰和RF频谱 监测系统
AsteRx-m3 ProBase 采用 AIM+先进的干扰抑制和干扰监测技术,内置RF采样系统、抗干扰机制以及防欺骗系统。AMI+可以一直来自自动化设备或电子装置辐射的GNSS干扰信号,缩短设定时间,确保接收机稳健连续的运行。
GNSS+确保挑战环境下的最佳性能
电离层活动对GNSS有很大影响,从丢失RTK固定解到完全失去信号跟踪均可能发生。我们的技术经过市场检验,满足地球上电离最活跃区域的各种应用,同时也成就了我们的 IONO+ 技术,最先进的电离层闪烁抑制技术。
某些应用场景下,附近的大型金属结构会反射GNSS信号从而形成多路径信号。 APME+系统有效的分离直接信号和反射信号,提高定位精度和观测值质量。
易于集成和操作的 web app
AsteRx-m3 ProBase提供了界面友好的web功能,可以非常容易的对接收机进行配置,比如平滑处理或多路径抗干扰,并可远程查看接收机状态,实现高效的站点完好性监测,涵盖了手册中所有的接口、指令和数据消息。同时RxTools 软件也可以对GNSS接收机进行控制和数据分析,让您轻松完成接收机的配置、监测、数据记录和分析。
直观的网络用户界面使操作和监测变得更简便, 可让 您从任何设备或计算机控制接收机。网络界面首页还包含了接收机的各种状态指标,非常适合接收机运行状态的监测。
Septentrio?s patented GNSS+ technologies
Interfaces
UART (LVTTL, up to 4 Mbps)
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4 |
Ethernet (TCP/IP, UDP, LAN 10/100 Mbps)
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1 |
USB device port (micro USB with access to
internal disk, TCP/IP communication and with 2 extra serial ports) |
1 |
SDIO interface for logging (covers μSD, SD,eMMC)
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1 |
Outputs to drive external LEDs
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1 |
Event markers
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2 |
FTP server, FTP push, SFTP
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1 |
GPS
L1C/A, L2C
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16 |
L2P
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10 |
相关应用
见解

Integrity: Can you really trust your GPS position?
So you’re getting a consistent position from your receiver, but how do you know that this position is correct? Find out what is meant by integrity of GNSS receiver positioning and why it is important.

GNSS Corrections Demystified
GNSS Corrections play a vital role in high-accuracy positioning. This insight explores the concept of GNSS corrections and the three top correction methods: RTK, RTK-PPP and PPP. It highlights their strengths and weaknesses and offers insight to help decide which correction method might work best for your technology.

What is spoofing and how to ensure GPS security?
This insight article on GPS / GNSS spoofing explains what spoofing is and how to make your GPS / GNSS receiver secure against spoofing.

The role of GNSS localization in safe assisted driving
Advanced GNSS receivers are accurate and safe enough for automated driving and together with an IMU can complement vehicle perception. ADAS (Advanced Driver-Assistance System) can also help smooth out traffic congestion, optimize energy efficiency and promote car sharing.

Top 3 Positioning Challenges in Autonomous Marine Navigation
The maritime industry is witnessing an emerging trend of navigation automation automation both in the open sea as well as inland. Find out more...
High Precision GPS to Help Automated Bulk Volume Estimation ? Here’s why...
High precision GPS (GNSS) and lidar helps automated bulk volume estimation in Australian feedlot. Find out how.