High　volume　faction　(HFC,　＞=　50%)　SiCp/A1　composites　are　becoming　increasingly　popular　as　the　electronic　packaging　materials,　and　the　brazing　of　them　is　therefore　of　great　practical　importance.　Recently,　some　new　filler　metal　alloys　and　processes　have　been　developed　for　effectively　brazing　the　HFC　SiCp/Al　composites.　Starting　from　a　survey　of　physical　and　mechanical　properties　and　fabrication　process　of　the　HFC　SiCp/Al　composites,　the　filler　metal,　brazing　process　as　well　as　the　corresponding　joint　microstructures　and　strength　are　reviewed　for　understanding　their　relationships　in　order　to　improve　the　joining　technique　and　joint　reliability.　The　additions　of　Cu,　Mg　and　Ni　into　Al-Si　based　alloy　can　contribute　to　improve　the　performances　of　filler　metal　and/or　joint,　such　as　the　operating　temperature　of　filler　metal,　interfacial　bonding　and　brazing　seam　strength.　Two　assisted　procedures　involving　surface　metallization　and　ultrasonic　vibration　can　optimize　the　brazability　by　avoiding　or　removing　the　inevitable　oxide　films　(Al2O3　and　SiO2)　on　the　surface　of　HFC　SiCp/Al　composites.　The　need　of　further　investigations,　covering　optimization　design　of　filler　metal,　surface　metallization　process　as　well　as　wettability　and　interfacial　behavior　of　filler-coating-SiCp/Al　substrate　system　are　strongly　underlined.